Reflectable.h

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#ifndef ZSERIO_REFLECTABLE_H_INC
#define ZSERIO_REFLECTABLE_H_INC
 
#include <functional>
#include <type_traits>
 
#include "zserio/AllocatorHolder.h"
#include "zserio/BitSizeOfCalculator.h"
#include "zserio/CppRuntimeException.h"
#include "zserio/IReflectable.h"
#include "zserio/Span.h"
#include "zserio/StringConvertUtil.h"
#include "zserio/Traits.h"
#include "zserio/TypeInfo.h"
#include "zserio/TypeInfoUtil.h"
 
namespace zserio
{
 
template <typename ALLOC>
class ReflectableBase : public IBasicReflectable<ALLOC>
{
public:
    explicit ReflectableBase(const IBasicTypeInfo<ALLOC>& typeInfo);
 
    ~ReflectableBase() override = 0;
 
    ReflectableBase(const ReflectableBase&) = delete;
    ReflectableBase& operator=(const ReflectableBase&) = delete;
 
    ReflectableBase(const ReflectableBase&&) = delete;
    ReflectableBase& operator=(const ReflectableBase&&) = delete;
    const IBasicTypeInfo<ALLOC>& getTypeInfo() const override;
    bool isArray() const override;
 
    void initializeChildren() override;
    void initialize(const vector<AnyHolder<ALLOC>, ALLOC>& typeArguments) override;
    size_t initializeOffsets(size_t bitPosition) override;
    size_t initializeOffsets() override;
    size_t bitSizeOf(size_t bitPosition) const override;
    size_t bitSizeOf() const override;
    void write(BitStreamWriter& writer) const override;
 
    IBasicReflectableConstPtr<ALLOC> getField(StringView name) const override;
    IBasicReflectablePtr<ALLOC> getField(StringView name) override;
    IBasicReflectablePtr<ALLOC> createField(StringView name) override;
    void setField(StringView name, const AnyHolder<ALLOC>& value) override;
    IBasicReflectableConstPtr<ALLOC> getParameter(StringView name) const override;
    IBasicReflectablePtr<ALLOC> getParameter(StringView name) override;
    IBasicReflectableConstPtr<ALLOC> callFunction(StringView name) const override;
    IBasicReflectablePtr<ALLOC> callFunction(StringView name) override;
 
    StringView getChoice() const override;
 
    IBasicReflectableConstPtr<ALLOC> find(StringView path) const override;
    IBasicReflectablePtr<ALLOC> find(StringView path) override;
    IBasicReflectableConstPtr<ALLOC> operator[](StringView path) const override;
    IBasicReflectablePtr<ALLOC> operator[](StringView path) override;
 
    size_t size() const override;
    void resize(size_t size) override;
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override;
    IBasicReflectablePtr<ALLOC> at(size_t index) override;
    IBasicReflectableConstPtr<ALLOC> operator[](size_t index) const override;
    IBasicReflectablePtr<ALLOC> operator[](size_t index) override;
    void setAt(const AnyHolder<ALLOC>& value, size_t index) override;
    void append(const AnyHolder<ALLOC>& value) override;
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override;
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override;
    AnyHolder<ALLOC> getAnyValue() const override;
    AnyHolder<ALLOC> getAnyValue() override;
 
    // exact checked getters
    bool getBool() const override;
    int8_t getInt8() const override;
    int16_t getInt16() const override;
    int32_t getInt32() const override;
    int64_t getInt64() const override;
    uint8_t getUInt8() const override;
    uint16_t getUInt16() const override;
    uint32_t getUInt32() const override;
    uint64_t getUInt64() const override;
    float getFloat() const override;
    double getDouble() const override;
    Span<const uint8_t> getBytes() const override;
    StringView getStringView() const override;
    const BasicBitBuffer<ALLOC>& getBitBuffer() const override;
 
    // convenience conversions
    int64_t toInt() const override;
    uint64_t toUInt() const override;
    double toDouble() const override;
    string<ALLOC> toString(const ALLOC& allocator) const override;
    string<ALLOC> toString() const override;
 
private:
    const IBasicTypeInfo<ALLOC>& m_typeInfo;
};
 
template <typename ALLOC, typename T, typename = void>
class BuiltinReflectableBase : public ReflectableBase<ALLOC>
{
private:
    using Base = ReflectableBase<ALLOC>;
 
protected:
    BuiltinReflectableBase(const IBasicTypeInfo<ALLOC>& typeInfo, const T& value) :
            Base(typeInfo),
            m_value(value)
    {}
 
    const T& getValue() const
    {
        return m_value;
    }
 
public:
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(getValue()), allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override
    {
        // we have only const reference, thus return it
        return AnyHolder<ALLOC>(std::cref(getValue()), allocator);
    }
 
private:
    const T& m_value;
};
 
template <typename ALLOC, typename T>
class BuiltinReflectableBase<ALLOC, T,
        typename std::enable_if<std::is_arithmetic<T>::value || std::is_same<T, StringView>::value ||
                is_span<T>::value>::type> : public ReflectableBase<ALLOC>
{
private:
    using Base = ReflectableBase<ALLOC>;
 
protected:
    BuiltinReflectableBase(const IBasicTypeInfo<ALLOC>& typeInfo, T value) :
            Base(typeInfo),
            m_value(value)
    {}
 
    T getValue() const
    {
        return m_value;
    }
 
public:
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(m_value, allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override
    {
        return AnyHolder<ALLOC>(m_value, allocator);
    }
 
private:
    T m_value;
};
 
template <typename ALLOC, typename T>
class IntegralReflectableBase : public BuiltinReflectableBase<ALLOC, T>
{
protected:
    static_assert(std::is_integral<T>::value, "T must be a signed integral type!");
 
    using Base = BuiltinReflectableBase<ALLOC, T>;
 
public:
    IntegralReflectableBase(const IBasicTypeInfo<ALLOC>& typeInfo, T value) :
            Base(typeInfo, value)
    {}
 
    double toDouble() const override
    {
        return static_cast<double>(Base::getValue());
    }
 
    string<ALLOC> toString(const ALLOC& allocator) const override
    {
        return ::zserio::toString<ALLOC>(Base::getValue(), allocator);
    }
};
 
template <typename ALLOC, typename T>
class SignedReflectableBase : public IntegralReflectableBase<ALLOC, T>
{
protected:
    static_assert(std::is_signed<T>::value, "T must be a signed integral type!");
 
    using Base = IntegralReflectableBase<ALLOC, T>;
 
    using Base::Base;
 
public:
    int64_t toInt() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC, typename T>
class UnsignedReflectableBase : public IntegralReflectableBase<ALLOC, T>
{
protected:
    static_assert(std::is_unsigned<T>::value, "T must be an unsigned integral type!");
 
    using Base = IntegralReflectableBase<ALLOC, T>;
 
    using Base::Base;
 
public:
    uint64_t toUInt() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class BoolReflectable : public UnsignedReflectableBase<ALLOC, bool>
{
private:
    using Base = UnsignedReflectableBase<ALLOC, bool>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getBool();
    }
 
    explicit BoolReflectable(bool value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 1;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBool(Base::getValue());
    }
 
    bool getBool() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class Int8ReflectableBase : public SignedReflectableBase<ALLOC, int8_t>
{
protected:
    using Base = SignedReflectableBase<ALLOC, int8_t>;
 
    using Base::Base;
 
public:
    int8_t getInt8() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class Int16ReflectableBase : public SignedReflectableBase<ALLOC, int16_t>
{
protected:
    using Base = SignedReflectableBase<ALLOC, int16_t>;
 
    using Base::Base;
 
public:
    int16_t getInt16() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class Int32ReflectableBase : public SignedReflectableBase<ALLOC, int32_t>
{
protected:
    using Base = SignedReflectableBase<ALLOC, int32_t>;
 
    using Base::Base;
 
public:
    int32_t getInt32() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class Int64ReflectableBase : public SignedReflectableBase<ALLOC, int64_t>
{
protected:
    using Base = SignedReflectableBase<ALLOC, int64_t>;
 
    using Base::Base;
 
public:
    int64_t getInt64() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class UInt8ReflectableBase : public UnsignedReflectableBase<ALLOC, uint8_t>
{
protected:
    using Base = UnsignedReflectableBase<ALLOC, uint8_t>;
 
    using Base::Base;
 
public:
    uint8_t getUInt8() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class UInt16ReflectableBase : public UnsignedReflectableBase<ALLOC, uint16_t>
{
protected:
    using Base = UnsignedReflectableBase<ALLOC, uint16_t>;
 
    using Base::Base;
 
public:
    uint16_t getUInt16() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class UInt32ReflectableBase : public UnsignedReflectableBase<ALLOC, uint32_t>
{
protected:
    using Base = UnsignedReflectableBase<ALLOC, uint32_t>;
 
    using Base::Base;
 
public:
    uint32_t getUInt32() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class UInt64ReflectableBase : public UnsignedReflectableBase<ALLOC, uint64_t>
{
protected:
    using Base = UnsignedReflectableBase<ALLOC, uint64_t>;
 
    using Base::Base;
 
public:
    uint64_t getUInt64() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class Int8Reflectable : public Int8ReflectableBase<ALLOC>
{
private:
    using Base = Int8ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getInt8();
    }
 
    explicit Int8Reflectable(int8_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 8;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits(Base::getValue(), 8);
    }
};
 
template <typename ALLOC>
class Int16Reflectable : public Int16ReflectableBase<ALLOC>
{
private:
    using Base = Int16ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getInt16();
    }
 
    explicit Int16Reflectable(int16_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 16;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits(Base::getValue(), 16);
    }
};
 
template <typename ALLOC>
class Int32Reflectable : public Int32ReflectableBase<ALLOC>
{
private:
    using Base = Int32ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getInt32();
    }
 
    explicit Int32Reflectable(int32_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 32;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits(Base::getValue(), 32);
    }
};
 
template <typename ALLOC>
class Int64Reflectable : public Int64ReflectableBase<ALLOC>
{
private:
    using Base = Int64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getInt64();
    }
 
    explicit Int64Reflectable(int64_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 64;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits64(Base::getValue(), 64);
    }
};
 
template <typename ALLOC>
class UInt8Reflectable : public UInt8ReflectableBase<ALLOC>
{
private:
    using Base = UInt8ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getUInt8();
    }
 
    explicit UInt8Reflectable(uint8_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 8;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits(Base::getValue(), 8);
    }
};
 
template <typename ALLOC>
class UInt16Reflectable : public UInt16ReflectableBase<ALLOC>
{
private:
    using Base = UInt16ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getUInt16();
    }
 
    explicit UInt16Reflectable(uint16_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 16;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits(Base::getValue(), 16);
    }
};
 
template <typename ALLOC>
class UInt32Reflectable : public UInt32ReflectableBase<ALLOC>
{
private:
    using Base = UInt32ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getUInt32();
    }
 
    explicit UInt32Reflectable(uint32_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 32;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits(Base::getValue(), 32);
    }
};
 
template <typename ALLOC>
class UInt64Reflectable : public UInt64ReflectableBase<ALLOC>
{
private:
    using Base = UInt64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getUInt64();
    }
 
    explicit UInt64Reflectable(uint64_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 64;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits64(Base::getValue(), 64);
    }
};
 
template <typename ALLOC, typename T>
class FixedSignedBitFieldReflectable;
 
template <typename ALLOC>
class FixedSignedBitFieldReflectable<ALLOC, int8_t> : public Int8ReflectableBase<ALLOC>
{
private:
    using Base = Int8ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t bitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getFixedSignedBitField(bitSize);
    }
 
    FixedSignedBitFieldReflectable(int8_t value, uint8_t bitSize) :
            Base(typeInfo(bitSize), value)
    {
        if (bitSize > 8)
        {
            throw CppRuntimeException("FixedSignedBitFieldReflectable ")
                    << " - invalid bit size '" << bitSize << "' for 'int8_t' value!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return Base::getTypeInfo().getBitSize();
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits(Base::getValue(), Base::getTypeInfo().getBitSize());
    }
};
 
template <typename ALLOC>
class FixedSignedBitFieldReflectable<ALLOC, int16_t> : public Int16ReflectableBase<ALLOC>
{
private:
    using Base = Int16ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t bitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getFixedSignedBitField(bitSize);
    }
 
    FixedSignedBitFieldReflectable(int16_t value, uint8_t bitSize) :
            Base(typeInfo(bitSize), value)
    {
        if (bitSize <= 8 || bitSize > 16)
        {
            throw CppRuntimeException("FixedSignedBitFieldReflectable ")
                    << " - invalid bit size '" << bitSize << "' for 'int16_t' value!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return Base::getTypeInfo().getBitSize();
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits(Base::getValue(), Base::getTypeInfo().getBitSize());
    }
};
 
template <typename ALLOC>
class FixedSignedBitFieldReflectable<ALLOC, int32_t> : public Int32ReflectableBase<ALLOC>
{
private:
    using Base = Int32ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t bitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getFixedSignedBitField(bitSize);
    }
 
    FixedSignedBitFieldReflectable(int32_t value, uint8_t bitSize) :
            Base(typeInfo(bitSize), value)
    {
        if (bitSize <= 16 || bitSize > 32)
        {
            throw CppRuntimeException("FixedSignedBitFieldReflectable ")
                    << " - invalid bit size '" << bitSize << "' for 'int32_t' value!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return Base::getTypeInfo().getBitSize();
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits(Base::getValue(), Base::getTypeInfo().getBitSize());
    }
};
 
template <typename ALLOC>
class FixedSignedBitFieldReflectable<ALLOC, int64_t> : public Int64ReflectableBase<ALLOC>
{
private:
    using Base = Int64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t bitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getFixedSignedBitField(bitSize);
    }
 
    FixedSignedBitFieldReflectable(int64_t value, uint8_t bitSize) :
            Base(typeInfo(bitSize), value)
    {
        if (bitSize <= 32) // check for maximum bit size (64) is done in type info
        {
            throw CppRuntimeException("FixedSignedBitFieldReflectable ")
                    << " - invalid bit size '" << bitSize << "' for 'int64_t' value!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return Base::getTypeInfo().getBitSize();
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits64(Base::getValue(), Base::getTypeInfo().getBitSize());
    }
};
 
template <typename ALLOC, typename T>
class FixedUnsignedBitFieldReflectable;
 
template <typename ALLOC>
class FixedUnsignedBitFieldReflectable<ALLOC, uint8_t> : public UInt8ReflectableBase<ALLOC>
{
private:
    using Base = UInt8ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t bitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getFixedUnsignedBitField(bitSize);
    }
 
    FixedUnsignedBitFieldReflectable(uint8_t value, uint8_t bitSize) :
            Base(typeInfo(bitSize), value)
    {
        if (bitSize > 8)
        {
            throw CppRuntimeException("FixedUnsignedBitFieldReflectable")
                    << " - invalid bit size '" << bitSize << "' for 'uint8_t' value!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return Base::getTypeInfo().getBitSize();
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits(Base::getValue(), Base::getTypeInfo().getBitSize());
    }
};
 
template <typename ALLOC>
class FixedUnsignedBitFieldReflectable<ALLOC, uint16_t> : public UInt16ReflectableBase<ALLOC>
{
private:
    using Base = UInt16ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t bitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getFixedUnsignedBitField(bitSize);
    }
 
    FixedUnsignedBitFieldReflectable(uint16_t value, uint8_t bitSize) :
            Base(typeInfo(bitSize), value)
    {
        if (bitSize <= 8 || bitSize > 16)
        {
            throw CppRuntimeException("FixedUnsignedBitFieldReflectable")
                    << " - invalid bit size '" << bitSize << "' for 'uint16_t' value!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return Base::getTypeInfo().getBitSize();
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits(Base::getValue(), Base::getTypeInfo().getBitSize());
    }
};
 
template <typename ALLOC>
class FixedUnsignedBitFieldReflectable<ALLOC, uint32_t> : public UInt32ReflectableBase<ALLOC>
{
private:
    using Base = UInt32ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t bitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getFixedUnsignedBitField(bitSize);
    }
 
    FixedUnsignedBitFieldReflectable(uint32_t value, uint8_t bitSize) :
            Base(typeInfo(bitSize), value)
    {
        if (bitSize <= 16 || bitSize > 32)
        {
            throw CppRuntimeException("FixedUnsignedBitFieldReflectable")
                    << " - invalid bit size '" << bitSize << "' for 'uint32_t' value!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return Base::getTypeInfo().getBitSize();
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits(Base::getValue(), Base::getTypeInfo().getBitSize());
    }
};
 
template <typename ALLOC>
class FixedUnsignedBitFieldReflectable<ALLOC, uint64_t> : public UInt64ReflectableBase<ALLOC>
{
private:
    using Base = UInt64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t bitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getFixedUnsignedBitField(bitSize);
    }
 
    FixedUnsignedBitFieldReflectable(uint64_t value, uint8_t bitSize) :
            Base(typeInfo(bitSize), value)
    {
        if (bitSize <= 32) // check for maximum bit size (64) is done in type info
        {
            throw CppRuntimeException("FixedUnsignedBitFieldReflectable")
                    << " - invalid bit size '" << bitSize << "' for 'uint64_t' value!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return Base::getTypeInfo().getBitSize();
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits64(Base::getValue(), Base::getTypeInfo().getBitSize());
    }
};
 
template <typename ALLOC, typename T>
class DynamicSignedBitFieldReflectable;
 
template <typename ALLOC>
class DynamicSignedBitFieldReflectable<ALLOC, int8_t> : public Int8ReflectableBase<ALLOC>
{
private:
    using Base = Int8ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t maxBitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getDynamicSignedBitField(maxBitSize);
    }
 
    DynamicSignedBitFieldReflectable(int8_t value, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(typeInfo(maxBitSize), value),
            m_dynamicBitSize(dynamicBitSize)
    {
        if (maxBitSize > 8)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable")
                    << " - invalid max bit size '" << maxBitSize << "' for 'int8_t' value!";
        }
 
        if (dynamicBitSize > maxBitSize)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable - dynamic bit size '")
                    << dynamicBitSize << "' is greater than max bit size '" << maxBitSize << "'!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return m_dynamicBitSize;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits(Base::getValue(), m_dynamicBitSize);
    }
 
private:
    uint8_t m_dynamicBitSize;
};
 
template <typename ALLOC>
class DynamicSignedBitFieldReflectable<ALLOC, int16_t> : public Int16ReflectableBase<ALLOC>
{
private:
    using Base = Int16ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t maxBitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getDynamicSignedBitField(maxBitSize);
    }
 
    DynamicSignedBitFieldReflectable(int16_t value, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(typeInfo(maxBitSize), value),
            m_dynamicBitSize(dynamicBitSize)
    {
        if (maxBitSize <= 8 || maxBitSize > 16)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable")
                    << " - invalid max bit size '" << maxBitSize << "' for 'int16_t' value!";
        }
 
        if (dynamicBitSize > maxBitSize)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable - dynamic bit size '")
                    << dynamicBitSize << "' is greater than max bit size '" << maxBitSize << "'!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return m_dynamicBitSize;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits(Base::getValue(), m_dynamicBitSize);
    }
 
private:
    uint8_t m_dynamicBitSize;
};
 
template <typename ALLOC>
class DynamicSignedBitFieldReflectable<ALLOC, int32_t> : public Int32ReflectableBase<ALLOC>
{
private:
    using Base = Int32ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t maxBitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getDynamicSignedBitField(maxBitSize);
    }
 
    DynamicSignedBitFieldReflectable(int32_t value, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(typeInfo(maxBitSize), value),
            m_dynamicBitSize(dynamicBitSize)
    {
        if (maxBitSize <= 16 || maxBitSize > 32)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable")
                    << " - invalid max bit size '" << maxBitSize << "' for 'int32_t' value!";
        }
 
        if (dynamicBitSize > maxBitSize)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable - dynamic bit size '")
                    << dynamicBitSize << "' is greater than max bit size '" << maxBitSize << "'!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return m_dynamicBitSize;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits(Base::getValue(), m_dynamicBitSize);
    }
 
private:
    uint8_t m_dynamicBitSize;
};
 
template <typename ALLOC>
class DynamicSignedBitFieldReflectable<ALLOC, int64_t> : public Int64ReflectableBase<ALLOC>
{
private:
    using Base = Int64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t maxBitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getDynamicSignedBitField(maxBitSize);
    }
 
    DynamicSignedBitFieldReflectable(int64_t value, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(typeInfo(maxBitSize), value),
            m_dynamicBitSize(dynamicBitSize)
    {
        if (maxBitSize <= 32) // check for maximum bit size (64) is done in type info
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable")
                    << " - invalid max bit size '" << maxBitSize << "' for 'int64_t' value!";
        }
 
        if (dynamicBitSize > maxBitSize)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable - dynamic bit size '")
                    << dynamicBitSize << "' is greater than max bit size '" << maxBitSize << "'!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return m_dynamicBitSize;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeSignedBits64(Base::getValue(), m_dynamicBitSize);
    }
 
private:
    uint8_t m_dynamicBitSize;
};
 
template <typename ALLOC, typename T>
class DynamicUnsignedBitFieldReflectable;
 
template <typename ALLOC>
class DynamicUnsignedBitFieldReflectable<ALLOC, uint8_t> : public UInt8ReflectableBase<ALLOC>
{
private:
    using Base = UInt8ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t maxBitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getDynamicUnsignedBitField(maxBitSize);
    }
 
    DynamicUnsignedBitFieldReflectable(uint8_t value, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(typeInfo(maxBitSize), value),
            m_dynamicBitSize(dynamicBitSize)
    {
        if (maxBitSize > 8)
        {
            throw CppRuntimeException("DynamicUnsignedBitFieldReflectable")
                    << " - invalid max bit size '" << maxBitSize << "' for 'uint8_t' value!";
        }
 
        if (dynamicBitSize > maxBitSize)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable - dynamic bit size '")
                    << dynamicBitSize << "' is greater than max bit size '" << maxBitSize << "'!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return m_dynamicBitSize;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits(Base::getValue(), m_dynamicBitSize);
    }
 
private:
    uint8_t m_dynamicBitSize;
};
 
template <typename ALLOC>
class DynamicUnsignedBitFieldReflectable<ALLOC, uint16_t> : public UInt16ReflectableBase<ALLOC>
{
private:
    using Base = UInt16ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t maxBitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getDynamicUnsignedBitField(maxBitSize);
    }
 
    DynamicUnsignedBitFieldReflectable(uint16_t value, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(typeInfo(maxBitSize), value),
            m_dynamicBitSize(dynamicBitSize)
    {
        if (maxBitSize <= 8 || maxBitSize > 16)
        {
            throw CppRuntimeException("DynamicUnsignedBitFieldReflectable")
                    << " - invalid max bit size '" << maxBitSize << "' for 'uint16_t' value!";
        }
 
        if (dynamicBitSize > maxBitSize)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable - dynamic bit size '")
                    << dynamicBitSize << "' is greater than max bit size '" << maxBitSize << "'!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return m_dynamicBitSize;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits(Base::getValue(), m_dynamicBitSize);
    }
 
private:
    uint8_t m_dynamicBitSize;
};
 
template <typename ALLOC>
class DynamicUnsignedBitFieldReflectable<ALLOC, uint32_t> : public UInt32ReflectableBase<ALLOC>
{
private:
    using Base = UInt32ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t maxBitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getDynamicUnsignedBitField(maxBitSize);
    }
 
    DynamicUnsignedBitFieldReflectable(uint32_t value, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(typeInfo(maxBitSize), value),
            m_dynamicBitSize(dynamicBitSize)
    {
        if (maxBitSize <= 16 || maxBitSize > 32)
        {
            throw CppRuntimeException("DynamicUnsignedBitFieldReflectable")
                    << " - invalid max bit size '" << maxBitSize << "' for 'uint32_t' value!";
        }
 
        if (dynamicBitSize > maxBitSize)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable - dynamic bit size '")
                    << dynamicBitSize << "' is greater than max bit size '" << maxBitSize << "'!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return m_dynamicBitSize;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits(Base::getValue(), m_dynamicBitSize);
    }
 
private:
    uint8_t m_dynamicBitSize;
};
 
template <typename ALLOC>
class DynamicUnsignedBitFieldReflectable<ALLOC, uint64_t> : public UInt64ReflectableBase<ALLOC>
{
private:
    using Base = UInt64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo(uint8_t maxBitSize)
    {
        return BuiltinTypeInfo<ALLOC>::getDynamicUnsignedBitField(maxBitSize);
    }
 
    DynamicUnsignedBitFieldReflectable(uint64_t value, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(typeInfo(maxBitSize), value),
            m_dynamicBitSize(dynamicBitSize)
    {
        if (maxBitSize <= 32) // check for maximum bit size (64) is done in type info
        {
            throw CppRuntimeException("DynamicUnsignedBitFieldReflectable")
                    << " - invalid max bit size '" << maxBitSize << "' for 'uint64_t' value!";
        }
 
        if (dynamicBitSize > maxBitSize)
        {
            throw CppRuntimeException("DynamicSignedBitFieldReflectable - dynamic bit size '")
                    << dynamicBitSize << "' is greater than max bit size '" << maxBitSize << "'!";
        }
    }
 
    size_t bitSizeOf(size_t) const override
    {
        return m_dynamicBitSize;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBits64(Base::getValue(), m_dynamicBitSize);
    }
 
private:
    uint8_t m_dynamicBitSize;
};
 
template <typename ALLOC>
class VarInt16Reflectable : public Int16ReflectableBase<ALLOC>
{
private:
    using Base = Int16ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getVarInt16();
    }
 
    explicit VarInt16Reflectable(int16_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfVarInt16(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeVarInt16(Base::getValue());
    }
};
 
template <typename ALLOC>
class VarInt32Reflectable : public Int32ReflectableBase<ALLOC>
{
private:
    using Base = Int32ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getVarInt32();
    }
 
    explicit VarInt32Reflectable(int32_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfVarInt32(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeVarInt32(Base::getValue());
    }
};
 
template <typename ALLOC>
class VarInt64Reflectable : public Int64ReflectableBase<ALLOC>
{
private:
    using Base = Int64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getVarInt64();
    }
 
    explicit VarInt64Reflectable(int64_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfVarInt64(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeVarInt64(Base::getValue());
    }
};
 
template <typename ALLOC>
class VarIntReflectable : public Int64ReflectableBase<ALLOC>
{
private:
    using Base = Int64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getVarInt();
    }
 
    explicit VarIntReflectable(int64_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfVarInt(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeVarInt(Base::getValue());
    }
};
 
template <typename ALLOC>
class VarUInt16Reflectable : public UInt16ReflectableBase<ALLOC>
{
private:
    using Base = UInt16ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getVarUInt16();
    }
 
    explicit VarUInt16Reflectable(uint16_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfVarUInt16(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeVarUInt16(Base::getValue());
    }
};
 
template <typename ALLOC>
class VarUInt32Reflectable : public UInt32ReflectableBase<ALLOC>
{
private:
    using Base = UInt32ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getVarUInt32();
    }
 
    explicit VarUInt32Reflectable(uint32_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfVarUInt32(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeVarUInt32(Base::getValue());
    }
};
 
template <typename ALLOC>
class VarUInt64Reflectable : public UInt64ReflectableBase<ALLOC>
{
private:
    using Base = UInt64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getVarUInt64();
    }
 
    explicit VarUInt64Reflectable(uint64_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfVarUInt64(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeVarUInt64(Base::getValue());
    }
};
 
template <typename ALLOC>
class VarUIntReflectable : public UInt64ReflectableBase<ALLOC>
{
private:
    using Base = UInt64ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getVarUInt();
    }
 
    explicit VarUIntReflectable(uint64_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfVarUInt(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeVarUInt(Base::getValue());
    }
};
 
template <typename ALLOC>
class VarSizeReflectable : public UInt32ReflectableBase<ALLOC>
{
private:
    using Base = UInt32ReflectableBase<ALLOC>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getVarSize();
    }
 
    explicit VarSizeReflectable(uint32_t value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfVarUInt(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeVarSize(Base::getValue());
    }
};
 
template <typename ALLOC, typename T>
class FloatingPointReflectableBase : public BuiltinReflectableBase<ALLOC, T>
{
protected:
    static_assert(std::is_floating_point<T>::value, "T must be a floating point type!");
 
    using BuiltinReflectableBase<ALLOC, T>::getValue;
    using BuiltinReflectableBase<ALLOC, T>::BuiltinReflectableBase;
 
public:
    double toDouble() const override
    {
        return static_cast<double>(getValue());
    }
};
 
template <typename ALLOC>
class Float16Reflectable : public FloatingPointReflectableBase<ALLOC, float>
{
private:
    using Base = FloatingPointReflectableBase<ALLOC, float>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getFloat16();
    }
 
    explicit Float16Reflectable(float value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 16;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeFloat16(Base::getValue());
    }
 
    float getFloat() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class Float32Reflectable : public FloatingPointReflectableBase<ALLOC, float>
{
private:
    using Base = FloatingPointReflectableBase<ALLOC, float>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getFloat32();
    }
 
    explicit Float32Reflectable(float value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 32;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeFloat32(Base::getValue());
    }
 
    float getFloat() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class Float64Reflectable : public FloatingPointReflectableBase<ALLOC, double>
{
private:
    using Base = FloatingPointReflectableBase<ALLOC, double>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getFloat64();
    }
 
    explicit Float64Reflectable(double value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return 64;
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeFloat64(Base::getValue());
    }
 
    double getDouble() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class BytesReflectable : public BuiltinReflectableBase<ALLOC, Span<const uint8_t>>
{
private:
    using Base = BuiltinReflectableBase<ALLOC, Span<const uint8_t>>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getBytes();
    }
 
    explicit BytesReflectable(Span<const uint8_t> value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfBytes(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBytes(Base::getValue());
    }
 
    Span<const uint8_t> getBytes() const override
    {
        return Base::getValue();
    }
};
 
template <typename ALLOC>
class StringReflectable : public BuiltinReflectableBase<ALLOC, StringView>
{
private:
    using Base = BuiltinReflectableBase<ALLOC, StringView>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getString();
    }
 
    explicit StringReflectable(StringView value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfString(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeString(Base::getValue());
    }
 
    StringView getStringView() const override
    {
        return Base::getValue();
    }
 
    string<ALLOC> toString(const ALLOC& allocator) const override
    {
        return zserio::toString(Base::getValue(), allocator);
    }
};
 
template <typename ALLOC>
class BitBufferReflectable : public BuiltinReflectableBase<ALLOC, BasicBitBuffer<ALLOC>>
{
private:
    using Base = BuiltinReflectableBase<ALLOC, BasicBitBuffer<ALLOC>>;
 
public:
    static const IBasicTypeInfo<ALLOC>& typeInfo()
    {
        return BuiltinTypeInfo<ALLOC>::getBitBuffer();
    }
 
    explicit BitBufferReflectable(const BasicBitBuffer<ALLOC>& value) :
            Base(typeInfo(), value)
    {}
 
    size_t bitSizeOf(size_t) const override
    {
        return zserio::bitSizeOfBitBuffer(Base::getValue());
    }
 
    void write(BitStreamWriter& writer) const override
    {
        writer.writeBitBuffer(Base::getValue());
    }
 
    const BasicBitBuffer<ALLOC>& getBitBuffer() const override
    {
        return Base::getValue();
    }
};
 
namespace detail
{
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> getFieldFromObject(const IBasicReflectable<ALLOC>& object, StringView name)
{
    const auto& typeInfo = object.getTypeInfo();
    if (TypeInfoUtil::isCompound(typeInfo.getSchemaType()))
    {
        const auto& fields = typeInfo.getFields();
        auto fieldsIt = std::find_if(fields.begin(), fields.end(),
                [name](const BasicFieldInfo<ALLOC>& fieldInfo) { return fieldInfo.schemaName == name; });
        if (fieldsIt != fields.end())
            return object.getField(name);
    }
 
    return nullptr;
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> getFieldFromObject(IBasicReflectable<ALLOC>& object, StringView name)
{
    const auto& typeInfo = object.getTypeInfo();
    if (TypeInfoUtil::isCompound(typeInfo.getSchemaType()))
    {
        const auto& fields = typeInfo.getFields();
        auto fieldsIt = std::find_if(fields.begin(), fields.end(),
                [name](const BasicFieldInfo<ALLOC>& fieldInfo) { return fieldInfo.schemaName == name; });
        if (fieldsIt != fields.end())
            return object.getField(name);
    }
 
    return nullptr;
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> getParameterFromObject(const IBasicReflectable<ALLOC>& object, StringView name)
{
    const auto& typeInfo = object.getTypeInfo();
    if (TypeInfoUtil::isCompound(typeInfo.getSchemaType()))
    {
        const auto& parameters = typeInfo.getParameters();
        auto parametersIt = std::find_if(
                parameters.begin(), parameters.end(), [name](const BasicParameterInfo<ALLOC>& parameterInfo) {
                    return parameterInfo.schemaName == name;
                });
        if (parametersIt != parameters.end())
            return object.getParameter(name);
    }
 
    return nullptr;
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> getParameterFromObject(IBasicReflectable<ALLOC>& object, StringView name)
{
    const auto& typeInfo = object.getTypeInfo();
    if (TypeInfoUtil::isCompound(typeInfo.getSchemaType()))
    {
        const auto& parameters = typeInfo.getParameters();
        auto parametersIt = std::find_if(
                parameters.begin(), parameters.end(), [name](const BasicParameterInfo<ALLOC>& parameterInfo) {
                    return parameterInfo.schemaName == name;
                });
        if (parametersIt != parameters.end())
            return object.getParameter(name);
    }
 
    return nullptr;
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> callFunctionInObject(const IBasicReflectable<ALLOC>& object, StringView name)
{
    const auto& typeInfo = object.getTypeInfo();
    if (TypeInfoUtil::isCompound(typeInfo.getSchemaType()))
    {
        const auto& functions = typeInfo.getFunctions();
        auto functionsIt = std::find_if(
                functions.begin(), functions.end(), [name](const BasicFunctionInfo<ALLOC>& functionInfo) {
                    return functionInfo.schemaName == name;
                });
        if (functionsIt != functions.end())
            return object.callFunction(name);
    }
 
    return nullptr;
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> callFunctionInObject(IBasicReflectable<ALLOC>& object, StringView name)
{
    const auto& typeInfo = object.getTypeInfo();
    if (TypeInfoUtil::isCompound(typeInfo.getSchemaType()))
    {
        const auto& functions = typeInfo.getFunctions();
        auto functionsIt = std::find_if(
                functions.begin(), functions.end(), [name](const BasicFunctionInfo<ALLOC>& functionInfo) {
                    return functionInfo.schemaName == name;
                });
        if (functionsIt != functions.end())
            return object.callFunction(name);
    }
 
    return nullptr;
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> getFromObject(
        const IBasicReflectable<ALLOC>& object, StringView path, size_t pos)
{
    try
    {
        const size_t dotPos = path.find('.', pos);
        const bool isLast = dotPos == StringView::npos;
        const StringView name = path.substr(pos, dotPos == StringView::npos ? StringView::npos : dotPos - pos);
 
        auto field = getFieldFromObject(object, name);
        if (field)
            return isLast ? field : getFromObject(*field, path, dotPos + 1);
 
        auto parameter = getParameterFromObject(object, name);
        if (parameter)
            return isLast ? parameter : getFromObject(*parameter, path, dotPos + 1);
 
        auto functionResult = callFunctionInObject(object, name);
        if (functionResult)
            return isLast ? functionResult : getFromObject(*functionResult, path, dotPos + 1);
    }
    catch (const CppRuntimeException&)
    {}
 
    return nullptr;
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> getFromObject(IBasicReflectable<ALLOC>& object, StringView path, size_t pos)
{
    try
    {
        const size_t dotPos = path.find('.', pos);
        const bool isLast = dotPos == StringView::npos;
        const StringView name = path.substr(pos, dotPos == StringView::npos ? StringView::npos : dotPos - pos);
 
        auto field = getFieldFromObject(object, name);
        if (field)
            return isLast ? field : getFromObject(*field, path, dotPos + 1);
 
        auto parameter = getParameterFromObject(object, name);
        if (parameter)
            return isLast ? parameter : getFromObject(*parameter, path, dotPos + 1);
 
        auto functionResult = callFunctionInObject(object, name);
        if (functionResult)
            return isLast ? functionResult : getFromObject(*functionResult, path, dotPos + 1);
    }
    catch (const CppRuntimeException&)
    {}
 
    return nullptr;
}
 
} // namespace detail
 
template <typename ALLOC>
class ReflectableAllocatorHolderBase : public ReflectableBase<ALLOC>, public AllocatorHolder<ALLOC>
{
public:
    ReflectableAllocatorHolderBase(const IBasicTypeInfo<ALLOC>& typeInfo, const ALLOC& allocator) :
            ReflectableBase<ALLOC>(typeInfo),
            AllocatorHolder<ALLOC>(allocator)
    {}
};
 
template <typename ALLOC>
class ReflectableConstAllocatorHolderBase : public ReflectableAllocatorHolderBase<ALLOC>
{
private:
    using Base = ReflectableAllocatorHolderBase<ALLOC>;
 
public:
    using Base::Base;
    using Base::getTypeInfo;
 
    void initializeChildren() override;
    void initialize(const vector<AnyHolder<ALLOC>, ALLOC>& typeArguments) override;
    size_t initializeOffsets(size_t bitPosition) override;
 
    IBasicReflectablePtr<ALLOC> getField(StringView name) override;
    void setField(StringView name, const AnyHolder<ALLOC>& value) override;
    IBasicReflectablePtr<ALLOC> getParameter(StringView name) override;
    IBasicReflectablePtr<ALLOC> callFunction(StringView name) override;
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override;
};
 
template <typename ALLOC>
class ReflectableArrayBase : public ReflectableAllocatorHolderBase<ALLOC>
{
private:
    using Base = ReflectableAllocatorHolderBase<ALLOC>;
 
public:
    using Base::Base;
    using Base::getTypeInfo;
 
    bool isArray() const override
    {
        return true;
    }
 
    void initializeChildren() override;
    void initialize(const vector<AnyHolder<ALLOC>, ALLOC>& typeArguments) override;
    size_t initializeOffsets(size_t bitPosition) override;
    size_t bitSizeOf(size_t bitPosition) const override;
    void write(BitStreamWriter& writer) const override;
 
    IBasicReflectableConstPtr<ALLOC> getField(StringView name) const override;
    IBasicReflectablePtr<ALLOC> getField(StringView name) override;
    IBasicReflectablePtr<ALLOC> createField(StringView name) override;
    void setField(StringView name, const AnyHolder<ALLOC>& value) override;
    IBasicReflectableConstPtr<ALLOC> getParameter(StringView name) const override;
    IBasicReflectablePtr<ALLOC> getParameter(StringView name) override;
    IBasicReflectableConstPtr<ALLOC> callFunction(StringView name) const override;
    IBasicReflectablePtr<ALLOC> callFunction(StringView name) override;
 
    StringView getChoice() const override;
 
    IBasicReflectableConstPtr<ALLOC> operator[](size_t index) const override;
    IBasicReflectablePtr<ALLOC> operator[](size_t index) override;
 
    bool getBool() const override;
    int8_t getInt8() const override;
    int16_t getInt16() const override;
    int32_t getInt32() const override;
    int64_t getInt64() const override;
    uint8_t getUInt8() const override;
    uint16_t getUInt16() const override;
    uint32_t getUInt32() const override;
    uint64_t getUInt64() const override;
    float getFloat() const override;
    double getDouble() const override;
    Span<const uint8_t> getBytes() const override;
    StringView getStringView() const override;
    const BasicBitBuffer<ALLOC>& getBitBuffer() const override;
 
    int64_t toInt() const override;
    uint64_t toUInt() const override;
    double toDouble() const override;
    string<ALLOC> toString(const ALLOC& allocator) const override;
};
 
template <typename ALLOC>
class ReflectableConstArrayBase : public ReflectableArrayBase<ALLOC>
{
private:
    using Base = ReflectableArrayBase<ALLOC>;
 
public:
    using Base::Base;
    using Base::getTypeInfo;
 
    void resize(size_t index) override;
    IBasicReflectablePtr<ALLOC> at(size_t index) override;
    IBasicReflectablePtr<ALLOC> operator[](size_t index) override;
    void setAt(const AnyHolder<ALLOC>& value, size_t index) override;
    void append(const AnyHolder<ALLOC>& value) override;
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override;
};
 
template <typename ALLOC, typename RAW_ARRAY, typename ELEMENT_REFLECTABLE>
class BuiltinReflectableConstArray : public ReflectableConstArrayBase<ALLOC>
{
private:
    using Base = ReflectableConstArrayBase<ALLOC>;
 
    using ElementReflectable = ELEMENT_REFLECTABLE;
 
public:
    using Base::at;
    using Base::getTypeInfo;
    using Base::operator[];
    using Base::getAnyValue;
 
    BuiltinReflectableConstArray(const ALLOC& allocator, const RAW_ARRAY& rawArray) :
            Base(ElementReflectable::typeInfo(), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return std::allocate_shared<ElementReflectable>(Base::get_allocator(), m_rawArray[index]);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
private:
    const RAW_ARRAY& m_rawArray;
};
 
template <typename ALLOC, typename RAW_ARRAY, typename ELEMENT_REFLECTABLE>
class BuiltinReflectableArray : public ReflectableArrayBase<ALLOC>
{
private:
    using Base = ReflectableArrayBase<ALLOC>;
 
    using ElementReflectable = ELEMENT_REFLECTABLE;
 
public:
    using Base::getTypeInfo;
 
    BuiltinReflectableArray(const ALLOC& allocator, RAW_ARRAY& rawArray) :
            Base(ElementReflectable::typeInfo(), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    void resize(size_t size) override
    {
        m_rawArray.resize(size);
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return std::allocate_shared<ElementReflectable>(Base::get_allocator(), m_rawArray[index]);
    }
 
    IBasicReflectablePtr<ALLOC> at(size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return std::allocate_shared<ElementReflectable>(Base::get_allocator(), m_rawArray[index]);
    }
 
    void setAt(const AnyHolder<ALLOC>& value, size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        m_rawArray[index] = value.template get<typename RAW_ARRAY::value_type>();
    }
 
    void append(const AnyHolder<ALLOC>& value) override
    {
        m_rawArray.push_back(value.template get<typename RAW_ARRAY::value_type>());
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override
    {
        return AnyHolder<ALLOC>(std::ref(m_rawArray), allocator);
    }
 
private:
    RAW_ARRAY& m_rawArray;
};
template <typename ALLOC, typename RAW_ARRAY, typename ELEMENT_REFLECTABLE>
class FixedBitFieldReflectableConstArray : public ReflectableConstArrayBase<ALLOC>
{
private:
    using Base = ReflectableConstArrayBase<ALLOC>;
 
    using ElementReflectable = ELEMENT_REFLECTABLE;
 
public:
    using Base::at;
    using Base::getTypeInfo;
    using Base::operator[];
    using Base::getAnyValue;
 
    FixedBitFieldReflectableConstArray(const ALLOC& allocator, const RAW_ARRAY& rawArray, uint8_t bitSize) :
            Base(ElementReflectable::typeInfo(bitSize), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return std::allocate_shared<ElementReflectable>(
                Base::get_allocator(), m_rawArray[index], getTypeInfo().getBitSize());
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
private:
    const RAW_ARRAY& m_rawArray;
};
 
template <typename ALLOC, typename RAW_ARRAY, typename ELEMENT_REFLECTABLE>
class FixedBitFieldReflectableArray : public ReflectableArrayBase<ALLOC>
{
private:
    using Base = ReflectableArrayBase<ALLOC>;
 
    using ElementReflectable = ELEMENT_REFLECTABLE;
 
public:
    using Base::getTypeInfo;
 
    FixedBitFieldReflectableArray(const ALLOC& allocator, RAW_ARRAY& rawArray, uint8_t bitSize) :
            Base(ElementReflectable::typeInfo(bitSize), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    void resize(size_t size) override
    {
        m_rawArray.resize(size);
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return std::allocate_shared<ElementReflectable>(
                Base::get_allocator(), m_rawArray[index], getTypeInfo().getBitSize());
    }
 
    IBasicReflectablePtr<ALLOC> at(size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return std::allocate_shared<ElementReflectable>(
                Base::get_allocator(), m_rawArray[index], getTypeInfo().getBitSize());
    }
 
    void setAt(const AnyHolder<ALLOC>& value, size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        m_rawArray[index] = value.template get<typename RAW_ARRAY::value_type>();
    }
 
    void append(const AnyHolder<ALLOC>& value) override
    {
        m_rawArray.push_back(value.template get<typename RAW_ARRAY::value_type>());
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override
    {
        return AnyHolder<ALLOC>(std::ref(m_rawArray), allocator);
    }
 
private:
    RAW_ARRAY& m_rawArray;
};
template <typename ALLOC, typename RAW_ARRAY, typename ELEMENT_REFLECTABLE>
class DynamicBitFieldReflectableConstArray : public ReflectableConstArrayBase<ALLOC>
{
private:
    using Base = ReflectableConstArrayBase<ALLOC>;
 
    using ElementReflectable = ELEMENT_REFLECTABLE;
 
public:
    using Base::at;
    using Base::getTypeInfo;
    using Base::operator[];
    using Base::getAnyValue;
 
    DynamicBitFieldReflectableConstArray(
            const ALLOC& allocator, const RAW_ARRAY& rawArray, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(ElementReflectable::typeInfo(maxBitSize), allocator),
            m_rawArray(rawArray),
            m_maxBitSize(maxBitSize),
            m_dynamicBitSize(dynamicBitSize)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return std::allocate_shared<ElementReflectable>(
                Base::get_allocator(), m_rawArray[index], m_maxBitSize, m_dynamicBitSize);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
private:
    const RAW_ARRAY& m_rawArray;
    const uint8_t m_maxBitSize;
    const uint8_t m_dynamicBitSize;
};
 
template <typename ALLOC, typename RAW_ARRAY, typename ELEMENT_REFLECTABLE>
class DynamicBitFieldReflectableArray : public ReflectableArrayBase<ALLOC>
{
private:
    using Base = ReflectableArrayBase<ALLOC>;
 
    using ElementReflectable = ELEMENT_REFLECTABLE;
 
public:
    using Base::getTypeInfo;
 
    DynamicBitFieldReflectableArray(
            const ALLOC& allocator, RAW_ARRAY& rawArray, uint8_t maxBitSize, uint8_t dynamicBitSize) :
            Base(ElementReflectable::typeInfo(maxBitSize), allocator),
            m_rawArray(rawArray),
            m_maxBitSize(maxBitSize),
            m_dynamicBitSize(dynamicBitSize)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    void resize(size_t size) override
    {
        m_rawArray.resize(size);
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return std::allocate_shared<ElementReflectable>(
                Base::get_allocator(), m_rawArray[index], m_maxBitSize, m_dynamicBitSize);
    }
 
    IBasicReflectablePtr<ALLOC> at(size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return std::allocate_shared<ElementReflectable>(
                Base::get_allocator(), m_rawArray[index], m_maxBitSize, m_dynamicBitSize);
    }
 
    void setAt(const AnyHolder<ALLOC>& value, size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        m_rawArray[index] = value.template get<typename RAW_ARRAY::value_type>();
    }
 
    void append(const AnyHolder<ALLOC>& value) override
    {
        m_rawArray.push_back(value.template get<typename RAW_ARRAY::value_type>());
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override
    {
        return AnyHolder<ALLOC>(std::ref(m_rawArray), allocator);
    }
 
private:
    RAW_ARRAY& m_rawArray;
    const uint8_t m_maxBitSize;
    const uint8_t m_dynamicBitSize;
};
template <typename ALLOC, typename RAW_ARRAY>
using BoolReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, BoolReflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using BoolReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, BoolReflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using Int8ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, Int8Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using Int8ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, Int8Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using Int16ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, Int16Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using Int16ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, Int16Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using Int32ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, Int32Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using Int32ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, Int32Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using Int64ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, Int64Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using Int64ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, Int64Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using UInt8ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, UInt8Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using UInt8ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, UInt8Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using UInt16ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, UInt16Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using UInt16ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, UInt16Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using UInt32ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, UInt32Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using UInt32ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, UInt32Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using UInt64ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, UInt64Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using UInt64ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, UInt64Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using FixedSignedBitFieldReflectableConstArray = FixedBitFieldReflectableConstArray<ALLOC, RAW_ARRAY,
        FixedSignedBitFieldReflectable<ALLOC, typename RAW_ARRAY::value_type>>;
template <typename ALLOC, typename RAW_ARRAY>
using FixedSignedBitFieldReflectableArray = FixedBitFieldReflectableArray<ALLOC, RAW_ARRAY,
        FixedSignedBitFieldReflectable<ALLOC, typename RAW_ARRAY::value_type>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using FixedUnsignedBitFieldReflectableConstArray = FixedBitFieldReflectableConstArray<ALLOC, RAW_ARRAY,
        FixedUnsignedBitFieldReflectable<ALLOC, typename RAW_ARRAY::value_type>>;
template <typename ALLOC, typename RAW_ARRAY>
using FixedUnsignedBitFieldReflectableArray = FixedBitFieldReflectableArray<ALLOC, RAW_ARRAY,
        FixedUnsignedBitFieldReflectable<ALLOC, typename RAW_ARRAY::value_type>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using DynamicSignedBitFieldReflectableConstArray = DynamicBitFieldReflectableConstArray<ALLOC, RAW_ARRAY,
        DynamicSignedBitFieldReflectable<ALLOC, typename RAW_ARRAY::value_type>>;
template <typename ALLOC, typename RAW_ARRAY>
using DynamicSignedBitFieldReflectableArray = DynamicBitFieldReflectableArray<ALLOC, RAW_ARRAY,
        DynamicSignedBitFieldReflectable<ALLOC, typename RAW_ARRAY::value_type>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using DynamicUnsignedBitFieldReflectableConstArray = DynamicBitFieldReflectableConstArray<ALLOC, RAW_ARRAY,
        DynamicUnsignedBitFieldReflectable<ALLOC, typename RAW_ARRAY::value_type>>;
template <typename ALLOC, typename RAW_ARRAY>
using DynamicUnsignedBitFieldReflectableArray = DynamicBitFieldReflectableArray<ALLOC, RAW_ARRAY,
        DynamicUnsignedBitFieldReflectable<ALLOC, typename RAW_ARRAY::value_type>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using VarInt16ReflectableConstArray =
        BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, VarInt16Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using VarInt16ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, VarInt16Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using VarInt32ReflectableConstArray =
        BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, VarInt32Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using VarInt32ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, VarInt32Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using VarInt64ReflectableConstArray =
        BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, VarInt64Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using VarInt64ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, VarInt64Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using VarIntReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, VarIntReflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using VarIntReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, VarIntReflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using VarUInt16ReflectableConstArray =
        BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, VarUInt16Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using VarUInt16ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, VarUInt16Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using VarUInt32ReflectableConstArray =
        BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, VarUInt32Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using VarUInt32ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, VarUInt32Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using VarUInt64ReflectableConstArray =
        BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, VarUInt64Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using VarUInt64ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, VarUInt64Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using VarUIntReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, VarUIntReflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using VarUIntReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, VarUIntReflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using VarSizeReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, VarSizeReflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using VarSizeReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, VarSizeReflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using Float16ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, Float16Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using Float16ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, Float16Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using Float32ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, Float32Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using Float32ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, Float32Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using Float64ReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, Float64Reflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using Float64ReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, Float64Reflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using BytesReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, BytesReflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using BytesReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, BytesReflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using StringReflectableConstArray = BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, StringReflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using StringReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, StringReflectable<ALLOC>>;
 
template <typename ALLOC, typename RAW_ARRAY>
using BitBufferReflectableConstArray =
        BuiltinReflectableConstArray<ALLOC, RAW_ARRAY, BitBufferReflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
using BitBufferReflectableArray = BuiltinReflectableArray<ALLOC, RAW_ARRAY, BitBufferReflectable<ALLOC>>;
template <typename ALLOC, typename RAW_ARRAY>
class CompoundReflectableConstArray : public ReflectableConstArrayBase<ALLOC>
{
private:
    using Base = ReflectableConstArrayBase<ALLOC>;
 
    using ElementType = typename RAW_ARRAY::value_type;
 
public:
    using Base::at;
    using Base::getTypeInfo;
    using Base::operator[];
    using Base::getAnyValue;
 
    CompoundReflectableConstArray(const ALLOC& allocator, const RAW_ARRAY& rawArray) :
            Base(ElementType::typeInfo(), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return m_rawArray[index].reflectable(Base::get_allocator());
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
private:
    const RAW_ARRAY& m_rawArray;
};
 
template <typename ALLOC, typename RAW_ARRAY>
class CompoundReflectableArray : public ReflectableArrayBase<ALLOC>
{
private:
    using Base = ReflectableArrayBase<ALLOC>;
 
    using ElementType = typename RAW_ARRAY::value_type;
 
public:
    using Base::getTypeInfo;
 
    CompoundReflectableArray(const ALLOC& allocator, RAW_ARRAY& rawArray) :
            Base(ElementType::typeInfo(), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    void resize(size_t size) override
    {
        m_rawArray.resize(size);
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return m_rawArray[index].reflectable(Base::get_allocator());
    }
 
    IBasicReflectablePtr<ALLOC> at(size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return m_rawArray[index].reflectable(Base::get_allocator());
    }
 
    void setAt(const AnyHolder<ALLOC>& value, size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        m_rawArray[index] = value.template get<typename RAW_ARRAY::value_type>();
    }
 
    void append(const AnyHolder<ALLOC>& value) override
    {
        m_rawArray.push_back(value.template get<typename RAW_ARRAY::value_type>());
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override
    {
        return AnyHolder<ALLOC>(std::ref(m_rawArray), allocator);
    }
 
private:
    RAW_ARRAY& m_rawArray;
};
template <typename ALLOC, typename RAW_ARRAY>
class BitmaskReflectableConstArray : public ReflectableConstArrayBase<ALLOC>
{
private:
    using Base = ReflectableConstArrayBase<ALLOC>;
 
    using ElementType = typename RAW_ARRAY::value_type;
 
public:
    using Base::at;
    using Base::getTypeInfo;
    using Base::operator[];
    using Base::getAnyValue;
 
    BitmaskReflectableConstArray(const ALLOC& allocator, const RAW_ARRAY& rawArray) :
            Base(ElementType::typeInfo(), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return m_rawArray[index].reflectable(Base::get_allocator());
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
private:
    const RAW_ARRAY& m_rawArray;
};
 
template <typename ALLOC, typename RAW_ARRAY>
class BitmaskReflectableArray : public ReflectableArrayBase<ALLOC>
{
private:
    using Base = ReflectableArrayBase<ALLOC>;
 
    using ElementType = typename RAW_ARRAY::value_type;
    using UnderlyingElementType = typename ElementType::underlying_type;
 
public:
    using Base::getTypeInfo;
 
    BitmaskReflectableArray(const ALLOC& allocator, RAW_ARRAY& rawArray) :
            Base(ElementType::typeInfo(), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    void resize(size_t size) override
    {
        m_rawArray.resize(size);
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return m_rawArray[index].reflectable(Base::get_allocator());
    }
 
    IBasicReflectablePtr<ALLOC> at(size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return m_rawArray[index].reflectable(Base::get_allocator());
    }
 
    void setAt(const AnyHolder<ALLOC>& value, size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        if (value.template isType<ElementType>())
            m_rawArray[index] = value.template get<ElementType>();
        else
            m_rawArray[index] = ElementType(value.template get<UnderlyingElementType>());
    }
 
    void append(const AnyHolder<ALLOC>& value) override
    {
        if (value.template isType<ElementType>())
            m_rawArray.push_back(value.template get<ElementType>());
        else
            m_rawArray.push_back(ElementType(value.template get<UnderlyingElementType>()));
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override
    {
        return AnyHolder<ALLOC>(std::ref(m_rawArray), allocator);
    }
 
private:
    RAW_ARRAY& m_rawArray;
};
template <typename ALLOC, typename RAW_ARRAY>
class EnumReflectableConstArray : public ReflectableConstArrayBase<ALLOC>
{
private:
    using Base = ReflectableConstArrayBase<ALLOC>;
 
    using ElementType = typename RAW_ARRAY::value_type;
 
public:
    using Base::at;
    using Base::getTypeInfo;
    using Base::operator[];
    using Base::getAnyValue;
 
    EnumReflectableConstArray(const ALLOC& allocator, const RAW_ARRAY& rawArray) :
            Base(enumTypeInfo<ElementType, ALLOC>(), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return enumReflectable(m_rawArray[index], Base::get_allocator());
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
private:
    const RAW_ARRAY& m_rawArray;
};
 
template <typename ALLOC, typename RAW_ARRAY>
class EnumReflectableArray : public ReflectableArrayBase<ALLOC>
{
private:
    using Base = ReflectableArrayBase<ALLOC>;
 
    using ElementType = typename RAW_ARRAY::value_type;
    using UnderlyingElementType = typename std::underlying_type<ElementType>::type;
 
public:
    using Base::getTypeInfo;
 
    EnumReflectableArray(const ALLOC& allocator, RAW_ARRAY& rawArray) :
            Base(enumTypeInfo<ElementType, ALLOC>(), allocator),
            m_rawArray(rawArray)
    {}
 
    size_t size() const override
    {
        return m_rawArray.size();
    }
 
    void resize(size_t size) override
    {
        m_rawArray.resize(size);
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return enumReflectable(m_rawArray[index], Base::get_allocator());
    }
 
    IBasicReflectablePtr<ALLOC> at(size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        return enumReflectable(m_rawArray[index], Base::get_allocator());
    }
 
    void setAt(const AnyHolder<ALLOC>& value, size_t index) override
    {
        if (index >= size())
        {
            throw CppRuntimeException("Index ")
                    << index << " out of range for reflectable array '" << getTypeInfo().getSchemaName()
                    << "' of size " << size() << "!";
        }
 
        if (value.template isType<ElementType>())
            m_rawArray[index] = value.template get<ElementType>();
        else
            m_rawArray[index] = valueToEnum<ElementType>(value.template get<UnderlyingElementType>());
    }
 
    void append(const AnyHolder<ALLOC>& value) override
    {
        if (value.template isType<ElementType>())
            m_rawArray.push_back(value.template get<ElementType>());
        else
            m_rawArray.push_back(valueToEnum<ElementType>(value.template get<UnderlyingElementType>()));
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return AnyHolder<ALLOC>(std::cref(m_rawArray), allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override
    {
        return AnyHolder<ALLOC>(std::ref(m_rawArray), allocator);
    }
 
private:
    RAW_ARRAY& m_rawArray;
};
template <typename T, typename ALLOC = typename T::allocator_type>
class ReflectableOwner : public IBasicReflectable<ALLOC>
{
public:
    ReflectableOwner() :
            ReflectableOwner(ALLOC())
    {}
 
    explicit ReflectableOwner(const ALLOC& allocator) :
            m_object(allocator),
            m_reflectable(m_object.reflectable(allocator))
    {}
 
    const IBasicTypeInfo<ALLOC>& getTypeInfo() const override
    {
        return m_reflectable->getTypeInfo();
    }
 
    bool isArray() const override
    {
        return m_reflectable->isArray();
    }
 
    void initializeChildren() override
    {
        m_reflectable->initializeChildren();
    }
 
    void initialize(const vector<AnyHolder<ALLOC>, ALLOC>& typeArguments) override
    {
        m_reflectable->initialize(typeArguments);
    }
 
    size_t initializeOffsets(size_t bitPosition) override
    {
        return m_reflectable->initializeOffsets(bitPosition);
    }
 
    size_t initializeOffsets() override
    {
        return initializeOffsets(0);
    }
 
    size_t bitSizeOf(size_t bitPosition) const override
    {
        return m_reflectable->bitSizeOf(bitPosition);
    }
 
    size_t bitSizeOf() const override
    {
        return bitSizeOf(0);
    }
 
    void write(BitStreamWriter& writer) const override
    {
        m_reflectable->write(writer);
    }
 
    IBasicReflectableConstPtr<ALLOC> getField(StringView name) const override
    {
        return m_reflectable->getField(name);
    }
 
    IBasicReflectablePtr<ALLOC> getField(StringView name) override
    {
        return m_reflectable->getField(name);
    }
 
    IBasicReflectablePtr<ALLOC> createField(StringView name) override
    {
        return m_reflectable->createField(name);
    }
 
    void setField(StringView name, const AnyHolder<ALLOC>& value) override
    {
        m_reflectable->setField(name, value);
    }
 
    IBasicReflectableConstPtr<ALLOC> getParameter(StringView name) const override
    {
        return m_reflectable->getParameter(name);
    }
 
    IBasicReflectablePtr<ALLOC> getParameter(StringView name) override
    {
        return m_reflectable->getParameter(name);
    }
 
    IBasicReflectableConstPtr<ALLOC> callFunction(StringView name) const override
    {
        return m_reflectable->callFunction(name);
    }
 
    IBasicReflectablePtr<ALLOC> callFunction(StringView name) override
    {
        return m_reflectable->callFunction(name);
    }
 
    StringView getChoice() const override
    {
        return m_reflectable->getChoice();
    }
 
    IBasicReflectableConstPtr<ALLOC> find(StringView path) const override
    {
        return m_reflectable->find(path);
    }
 
    IBasicReflectablePtr<ALLOC> find(StringView path) override
    {
        return m_reflectable->find(path);
    }
 
    IBasicReflectableConstPtr<ALLOC> operator[](StringView path) const override
    {
        return m_reflectable->operator[](path);
    }
 
    IBasicReflectablePtr<ALLOC> operator[](StringView path) override
    {
        return m_reflectable->operator[](path);
    }
 
    size_t size() const override
    {
        return m_reflectable->size();
    }
 
    void resize(size_t size) override
    {
        m_reflectable->resize(size);
    }
 
    IBasicReflectableConstPtr<ALLOC> at(size_t index) const override
    {
        return m_reflectable->at(index);
    }
 
    IBasicReflectablePtr<ALLOC> at(size_t index) override
    {
        return m_reflectable->at(index);
    }
 
    IBasicReflectableConstPtr<ALLOC> operator[](size_t index) const override
    {
        return m_reflectable->operator[](index);
    }
 
    IBasicReflectablePtr<ALLOC> operator[](size_t index) override
    {
        return m_reflectable->operator[](index);
    }
 
    void setAt(const AnyHolder<ALLOC>& value, size_t index) override
    {
        m_reflectable->setAt(value, index);
    }
 
    void append(const AnyHolder<ALLOC>& value) override
    {
        m_reflectable->append(value);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) const override
    {
        return m_reflectable->getAnyValue(allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue(const ALLOC& allocator) override
    {
        return m_reflectable->getAnyValue(allocator);
    }
 
    AnyHolder<ALLOC> getAnyValue() const override
    {
        return getAnyValue(ALLOC());
    }
 
    AnyHolder<ALLOC> getAnyValue() override
    {
        return getAnyValue(ALLOC());
    }
 
    // exact checked getters
    bool getBool() const override
    {
        return m_reflectable->getBool();
    }
    int8_t getInt8() const override
    {
        return m_reflectable->getInt8();
    }
    int16_t getInt16() const override
    {
        return m_reflectable->getInt16();
    }
    int32_t getInt32() const override
    {
        return m_reflectable->getInt32();
    }
    int64_t getInt64() const override
    {
        return m_reflectable->getInt64();
    }
    uint8_t getUInt8() const override
    {
        return m_reflectable->getUInt8();
    }
    uint16_t getUInt16() const override
    {
        return m_reflectable->getUInt16();
    }
    uint32_t getUInt32() const override
    {
        return m_reflectable->getUInt32();
    }
    uint64_t getUInt64() const override
    {
        return m_reflectable->getUInt64();
    }
    float getFloat() const override
    {
        return m_reflectable->getFloat();
    }
    double getDouble() const override
    {
        return m_reflectable->getDouble();
    }
    Span<const uint8_t> getBytes() const override
    {
        return m_reflectable->getBytes();
    }
    StringView getStringView() const override
    {
        return m_reflectable->getStringView();
    }
    const BasicBitBuffer<ALLOC>& getBitBuffer() const override
    {
        return m_reflectable->getBitBuffer();
    }
 
    // convenience conversions
    int64_t toInt() const override
    {
        return m_reflectable->toInt();
    }
    uint64_t toUInt() const override
    {
        return m_reflectable->toUInt();
    }
    double toDouble() const override
    {
        return m_reflectable->toDouble();
    }
    string<RebindAlloc<ALLOC, char>> toString(const ALLOC& allocator) const override
    {
        return m_reflectable->toString(allocator);
    }
    string<RebindAlloc<ALLOC, char>> toString() const override
    {
        return toString(ALLOC());
    }
 
private:
    T m_object;
    IBasicReflectablePtr<ALLOC> m_reflectable;
};
 
template <typename ALLOC>
class BasicReflectableFactory
{
public:
    static IBasicReflectablePtr<ALLOC> getBool(bool value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BoolReflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getInt8(int8_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int8Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getInt16(int16_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int16Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getInt32(int32_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int32Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getInt64(int64_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int64Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getUInt8(uint8_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt8Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getUInt16(uint16_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt16Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getUInt32(uint32_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt32Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getUInt64(uint64_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt64Reflectable<ALLOC>>(allocator, value);
    }
 
    template <typename T, typename std::enable_if<std::is_signed<T>::value, int>::type = 0>
    static IBasicReflectablePtr<ALLOC> getFixedSignedBitField(
            T value, uint8_t bitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<FixedSignedBitFieldReflectable<ALLOC, T>>(allocator, value, bitSize);
    }
 
    template <typename T, typename std::enable_if<std::is_unsigned<T>::value, int>::type = 0>
    static IBasicReflectablePtr<ALLOC> getFixedUnsignedBitField(
            T value, uint8_t bitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<FixedUnsignedBitFieldReflectable<ALLOC, T>>(allocator, value, bitSize);
    }
 
    template <typename T, typename std::enable_if<std::is_signed<T>::value, int>::type = 0>
    static IBasicReflectablePtr<ALLOC> getDynamicSignedBitField(
            T value, uint8_t maxBitSize, uint8_t dynamicBitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<DynamicSignedBitFieldReflectable<ALLOC, T>>(
                allocator, value, maxBitSize, dynamicBitSize);
    }
 
    // for dynamic signed bit field given by a type reference (e.g. parameter, function return type)
    static IBasicReflectablePtr<ALLOC> getDynamicSignedBitField(
            int64_t value, uint8_t maxBitSize, const ALLOC& allocator = ALLOC())
    {
        if (maxBitSize != 64)
        {
            throw CppRuntimeException("ReflectableFactory::getDynamicSignedBitField - ")
                    << "maxBitSize != 64 for referenced dynamic bit field!";
        }
 
        return getDynamicSignedBitField(value, maxBitSize, maxBitSize, allocator);
    }
 
    template <typename T, typename std::enable_if<std::is_unsigned<T>::value, int>::type = 0>
    static IBasicReflectablePtr<ALLOC> getDynamicUnsignedBitField(
            T value, uint8_t maxBitSize, uint8_t dynamicBitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<DynamicUnsignedBitFieldReflectable<ALLOC, T>>(
                allocator, value, maxBitSize, dynamicBitSize);
    }
 
    // for dynamic unsigned bit field given a by type reference (e.g. parameter, function return type)
    static IBasicReflectablePtr<ALLOC> getDynamicUnsignedBitField(
            uint64_t value, uint8_t maxBitSize, const ALLOC& allocator = ALLOC())
    {
        if (maxBitSize != 64)
        {
            throw CppRuntimeException("ReflectableFactory::getDynamicUnsignedBitField - ")
                    << "maxBitSize != 64 for referenced dynamic bit field!";
        }
 
        return getDynamicUnsignedBitField(value, maxBitSize, maxBitSize, allocator);
    }
 
    static IBasicReflectablePtr<ALLOC> getVarInt16(int16_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarInt16Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getVarInt32(int32_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarInt32Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getVarInt64(int64_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarInt64Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getVarInt(int64_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarIntReflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getVarUInt16(uint16_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUInt16Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getVarUInt32(uint32_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUInt32Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getVarUInt64(uint64_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUInt64Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getVarUInt(uint64_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUIntReflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getVarSize(uint32_t value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarSizeReflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getFloat16(float value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Float16Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getFloat32(float value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Float32Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getFloat64(double value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Float64Reflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getBytes(Span<const uint8_t> value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BytesReflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getString(StringView value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<StringReflectable<ALLOC>>(allocator, value);
    }
 
    static IBasicReflectablePtr<ALLOC> getBitBuffer(
            const BasicBitBuffer<ALLOC>& value, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BitBufferReflectable<ALLOC>>(allocator, value);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getBoolArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BoolReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getBoolArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BoolReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getInt8Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int8ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getInt8Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int8ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getInt16Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int16ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getInt16Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int16ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getInt32Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int32ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getInt32Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int32ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getInt64Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int64ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getInt64Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Int64ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getUInt8Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt8ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getUInt8Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt8ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getUInt16Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt16ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getUInt16Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt16ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getUInt32Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt32ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getUInt32Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt32ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getUInt64Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt64ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getUInt64Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<UInt64ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getFixedSignedBitFieldArray(
            const RAW_ARRAY& rawArray, uint8_t bitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<FixedSignedBitFieldReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray, bitSize);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getFixedSignedBitFieldArray(
            RAW_ARRAY& rawArray, uint8_t bitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<FixedSignedBitFieldReflectableArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray, bitSize);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getFixedUnsignedBitFieldArray(
            const RAW_ARRAY& rawArray, uint8_t bitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<FixedUnsignedBitFieldReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray, bitSize);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getFixedUnsignedBitFieldArray(
            RAW_ARRAY& rawArray, uint8_t bitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<FixedUnsignedBitFieldReflectableArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray, bitSize);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getDynamicSignedBitFieldArray(const RAW_ARRAY& rawArray,
            uint8_t maxBitSize, uint8_t dynamicBitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<DynamicSignedBitFieldReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray, maxBitSize, dynamicBitSize);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getDynamicSignedBitFieldArray(
            RAW_ARRAY& rawArray, uint8_t maxBitSize, uint8_t dynamicBitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<DynamicSignedBitFieldReflectableArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray, maxBitSize, dynamicBitSize);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getDynamicUnsignedBitFieldArray(const RAW_ARRAY& rawArray,
            uint8_t maxBitSize, uint8_t dynamicBitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<DynamicUnsignedBitFieldReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray, maxBitSize, dynamicBitSize);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getDynamicUnsignedBitFieldArray(
            RAW_ARRAY& rawArray, uint8_t maxBitSize, uint8_t dynamicBitSize, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<DynamicUnsignedBitFieldReflectableArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray, maxBitSize, dynamicBitSize);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getVarInt16Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarInt16ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getVarInt16Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarInt16ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getVarInt32Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarInt32ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getVarInt32Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarInt32ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getVarInt64Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarInt64ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getVarInt64Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarInt64ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getVarIntArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarIntReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getVarIntArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarIntReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getVarUInt16Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUInt16ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getVarUInt16Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUInt16ReflectableArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getVarUInt32Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUInt32ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getVarUInt32Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUInt32ReflectableArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getVarUInt64Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUInt64ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getVarUInt64Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUInt64ReflectableArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getVarUIntArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUIntReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getVarUIntArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarUIntReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getVarSizeArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarSizeReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getVarSizeArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<VarSizeReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getFloat16Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Float16ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getFloat16Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Float16ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getFloat32Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Float32ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getFloat32Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Float32ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getFloat64Array(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Float64ReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getFloat64Array(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<Float64ReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getBytesArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BytesReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getBytesArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BytesReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getStringArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<StringReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getStringArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<StringReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getBitBufferArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BitBufferReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getBitBufferArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BitBufferReflectableArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getCompoundArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<CompoundReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getCompoundArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<CompoundReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getBitmaskArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BitmaskReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getBitmaskArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<BitmaskReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectableConstPtr<ALLOC> getEnumArray(
            const RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<EnumReflectableConstArray<ALLOC, RAW_ARRAY>>(
                allocator, allocator, rawArray);
    }
 
    template <typename RAW_ARRAY>
    static IBasicReflectablePtr<ALLOC> getEnumArray(RAW_ARRAY& rawArray, const ALLOC& allocator = ALLOC())
    {
        return std::allocate_shared<EnumReflectableArray<ALLOC, RAW_ARRAY>>(allocator, allocator, rawArray);
    }
};
 
using ReflectableFactory = BasicReflectableFactory<std::allocator<uint8_t>>;
 
template <typename ALLOC>
ReflectableBase<ALLOC>::ReflectableBase(const IBasicTypeInfo<ALLOC>& typeInfo) :
        m_typeInfo(typeInfo)
{}
 
template <typename ALLOC>
ReflectableBase<ALLOC>::~ReflectableBase() = default;
 
template <typename ALLOC>
const IBasicTypeInfo<ALLOC>& ReflectableBase<ALLOC>::getTypeInfo() const
{
    return m_typeInfo;
}
 
template <typename ALLOC>
bool ReflectableBase<ALLOC>::isArray() const
{
    return false;
}
 
template <typename ALLOC>
void ReflectableBase<ALLOC>::initializeChildren()
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not a compound type!";
}
 
template <typename ALLOC>
void ReflectableBase<ALLOC>::initialize(const vector<AnyHolder<ALLOC>, ALLOC>&)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' has no type arguments!";
}
 
template <typename ALLOC>
size_t ReflectableBase<ALLOC>::initializeOffsets(size_t)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not a compound type!";
}
 
template <typename ALLOC>
size_t ReflectableBase<ALLOC>::initializeOffsets()
{
    return initializeOffsets(0);
}
 
template <typename ALLOC>
size_t ReflectableBase<ALLOC>::bitSizeOf(size_t) const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not implemented!";
}
 
template <typename ALLOC>
size_t ReflectableBase<ALLOC>::bitSizeOf() const
{
    return bitSizeOf(0);
}
 
template <typename ALLOC>
void ReflectableBase<ALLOC>::write(BitStreamWriter&) const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not implemented!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableBase<ALLOC>::getField(StringView) const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' has no fields to get!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableBase<ALLOC>::getField(StringView)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' has no fields to get!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableBase<ALLOC>::createField(StringView)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' has no fields to create!";
}
 
template <typename ALLOC>
void ReflectableBase<ALLOC>::setField(StringView, const AnyHolder<ALLOC>&)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' has no fields to set!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableBase<ALLOC>::getParameter(StringView) const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' has no parameters to get!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableBase<ALLOC>::getParameter(StringView)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' has no parameters to get!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableBase<ALLOC>::callFunction(StringView) const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' has no functions to call!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableBase<ALLOC>::callFunction(StringView)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' has no functions to call!";
}
 
template <typename ALLOC>
StringView ReflectableBase<ALLOC>::getChoice() const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is neither choice nor union!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableBase<ALLOC>::find(StringView path) const
{
    return detail::getFromObject(*this, path, 0);
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableBase<ALLOC>::find(StringView path)
{
    return detail::getFromObject(*this, path, 0);
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableBase<ALLOC>::operator[](StringView path) const
{
    return find(path);
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableBase<ALLOC>::operator[](StringView path)
{
    return find(path);
}
 
template <typename ALLOC>
size_t ReflectableBase<ALLOC>::size() const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not an array!";
}
 
template <typename ALLOC>
void ReflectableBase<ALLOC>::resize(size_t)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not an array!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableBase<ALLOC>::at(size_t) const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not an array!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableBase<ALLOC>::at(size_t)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not an array!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableBase<ALLOC>::operator[](size_t) const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not an array!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableBase<ALLOC>::operator[](size_t)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not an array!";
}
 
template <typename ALLOC>
void ReflectableBase<ALLOC>::setAt(const AnyHolder<ALLOC>&, size_t)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not an array!";
}
 
template <typename ALLOC>
void ReflectableBase<ALLOC>::append(const AnyHolder<ALLOC>&)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not an array!";
}
 
template <typename ALLOC>
AnyHolder<ALLOC> ReflectableBase<ALLOC>::getAnyValue(const ALLOC&) const
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not implemented!";
}
 
template <typename ALLOC>
AnyHolder<ALLOC> ReflectableBase<ALLOC>::getAnyValue(const ALLOC&)
{
    throw CppRuntimeException("Type '") << getTypeInfo().getSchemaName() << "' is not implemented!";
}
 
template <typename ALLOC>
AnyHolder<ALLOC> ReflectableBase<ALLOC>::getAnyValue() const
{
    return getAnyValue(ALLOC());
}
 
template <typename ALLOC>
AnyHolder<ALLOC> ReflectableBase<ALLOC>::getAnyValue()
{
    return getAnyValue(ALLOC());
}
 
template <typename ALLOC>
bool ReflectableBase<ALLOC>::getBool() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not boolean type!";
}
 
template <typename ALLOC>
int8_t ReflectableBase<ALLOC>::getInt8() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not int8 type!";
}
 
template <typename ALLOC>
int16_t ReflectableBase<ALLOC>::getInt16() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not int16 type!";
}
 
template <typename ALLOC>
int32_t ReflectableBase<ALLOC>::getInt32() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not int32 type!";
}
 
template <typename ALLOC>
int64_t ReflectableBase<ALLOC>::getInt64() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not int64 type!";
}
 
template <typename ALLOC>
uint8_t ReflectableBase<ALLOC>::getUInt8() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not uint8 type!";
}
 
template <typename ALLOC>
uint16_t ReflectableBase<ALLOC>::getUInt16() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not uint16 type!";
}
 
template <typename ALLOC>
uint32_t ReflectableBase<ALLOC>::getUInt32() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not uint32 type!";
}
 
template <typename ALLOC>
uint64_t ReflectableBase<ALLOC>::getUInt64() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not uint64 type!";
}
 
template <typename ALLOC>
float ReflectableBase<ALLOC>::getFloat() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not float type!";
}
 
template <typename ALLOC>
double ReflectableBase<ALLOC>::getDouble() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not double type!";
}
 
template <typename ALLOC>
Span<const uint8_t> ReflectableBase<ALLOC>::getBytes() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not bytes type!";
}
 
template <typename ALLOC>
StringView ReflectableBase<ALLOC>::getStringView() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not string type!";
}
 
template <typename ALLOC>
const BasicBitBuffer<ALLOC>& ReflectableBase<ALLOC>::getBitBuffer() const
{
    throw CppRuntimeException("'") << getTypeInfo().getSchemaName() << "' is not an extern type!";
}
 
template <typename ALLOC>
int64_t ReflectableBase<ALLOC>::toInt() const
{
    throw CppRuntimeException("Conversion from '")
            << getTypeInfo().getSchemaName() << "' to signed integer is not available!";
}
 
template <typename ALLOC>
uint64_t ReflectableBase<ALLOC>::toUInt() const
{
    throw CppRuntimeException("Conversion from '")
            << getTypeInfo().getSchemaName() << "' to unsigned integer is not available!";
}
 
template <typename ALLOC>
double ReflectableBase<ALLOC>::toDouble() const
{
    throw CppRuntimeException("Conversion from '")
            << getTypeInfo().getSchemaName() << "' to double is not available!";
}
 
template <typename ALLOC>
string<ALLOC> ReflectableBase<ALLOC>::toString(const ALLOC&) const
{
    throw CppRuntimeException("Conversion from '")
            << getTypeInfo().getSchemaName() << "' to string is not available!";
}
 
template <typename ALLOC>
string<ALLOC> ReflectableBase<ALLOC>::toString() const
{
    return toString(ALLOC());
}
 
template <typename ALLOC>
void ReflectableConstAllocatorHolderBase<ALLOC>::initializeChildren()
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is constant!";
}
 
template <typename ALLOC>
void ReflectableConstAllocatorHolderBase<ALLOC>::initialize(const vector<AnyHolder<ALLOC>, ALLOC>&)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is constant!";
}
 
template <typename ALLOC>
size_t ReflectableConstAllocatorHolderBase<ALLOC>::initializeOffsets(size_t)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is constant!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableConstAllocatorHolderBase<ALLOC>::getField(StringView)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is constant!";
}
 
template <typename ALLOC>
void ReflectableConstAllocatorHolderBase<ALLOC>::setField(StringView, const AnyHolder<ALLOC>&)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is constant!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableConstAllocatorHolderBase<ALLOC>::getParameter(StringView)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is constant!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableConstAllocatorHolderBase<ALLOC>::callFunction(StringView)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is constant!";
}
 
template <typename ALLOC>
AnyHolder<ALLOC> ReflectableConstAllocatorHolderBase<ALLOC>::getAnyValue(const ALLOC&)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is constant!";
}
 
template <typename ALLOC>
void ReflectableArrayBase<ALLOC>::initializeChildren()
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
void ReflectableArrayBase<ALLOC>::initialize(const vector<AnyHolder<ALLOC>, ALLOC>&)
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
size_t ReflectableArrayBase<ALLOC>::initializeOffsets(size_t)
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
size_t ReflectableArrayBase<ALLOC>::bitSizeOf(size_t) const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
void ReflectableArrayBase<ALLOC>::write(BitStreamWriter&) const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableArrayBase<ALLOC>::getField(StringView) const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableArrayBase<ALLOC>::getField(StringView)
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableArrayBase<ALLOC>::createField(StringView)
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
void ReflectableArrayBase<ALLOC>::setField(StringView, const AnyHolder<ALLOC>&)
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableArrayBase<ALLOC>::getParameter(StringView) const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableArrayBase<ALLOC>::getParameter(StringView)
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableArrayBase<ALLOC>::callFunction(StringView) const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableArrayBase<ALLOC>::callFunction(StringView)
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
StringView ReflectableArrayBase<ALLOC>::getChoice() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
IBasicReflectableConstPtr<ALLOC> ReflectableArrayBase<ALLOC>::operator[](size_t index) const
{
    return this->at(index);
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableArrayBase<ALLOC>::operator[](size_t index)
{
    return this->at(index);
}
 
template <typename ALLOC>
bool ReflectableArrayBase<ALLOC>::getBool() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
int8_t ReflectableArrayBase<ALLOC>::getInt8() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
int16_t ReflectableArrayBase<ALLOC>::getInt16() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
int32_t ReflectableArrayBase<ALLOC>::getInt32() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
int64_t ReflectableArrayBase<ALLOC>::getInt64() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
uint8_t ReflectableArrayBase<ALLOC>::getUInt8() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
uint16_t ReflectableArrayBase<ALLOC>::getUInt16() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
uint32_t ReflectableArrayBase<ALLOC>::getUInt32() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
uint64_t ReflectableArrayBase<ALLOC>::getUInt64() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
float ReflectableArrayBase<ALLOC>::getFloat() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
double ReflectableArrayBase<ALLOC>::getDouble() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
Span<const uint8_t> ReflectableArrayBase<ALLOC>::getBytes() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
StringView ReflectableArrayBase<ALLOC>::getStringView() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
const BasicBitBuffer<ALLOC>& ReflectableArrayBase<ALLOC>::getBitBuffer() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
int64_t ReflectableArrayBase<ALLOC>::toInt() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
uint64_t ReflectableArrayBase<ALLOC>::toUInt() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
double ReflectableArrayBase<ALLOC>::toDouble() const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
string<ALLOC> ReflectableArrayBase<ALLOC>::toString(const ALLOC&) const
{
    throw CppRuntimeException("Reflectable is an array '") << getTypeInfo().getSchemaName() << "[]'!";
}
 
template <typename ALLOC>
void ReflectableConstArrayBase<ALLOC>::resize(size_t)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is a constant array!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableConstArrayBase<ALLOC>::at(size_t)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is a constant array!";
}
 
template <typename ALLOC>
IBasicReflectablePtr<ALLOC> ReflectableConstArrayBase<ALLOC>::operator[](size_t)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is a constant array!";
}
 
template <typename ALLOC>
void ReflectableConstArrayBase<ALLOC>::setAt(const AnyHolder<ALLOC>&, size_t)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is a constant array!";
}
 
template <typename ALLOC>
void ReflectableConstArrayBase<ALLOC>::append(const AnyHolder<ALLOC>&)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is a constant array!";
}
 
template <typename ALLOC>
AnyHolder<ALLOC> ReflectableConstArrayBase<ALLOC>::getAnyValue(const ALLOC&)
{
    throw CppRuntimeException("Reflectable '") << getTypeInfo().getSchemaName() << "' is a constant array!";
}
 
} // namespace zserio
 
#endif // ZSERIO_REFLECTABLE_H_INC