PropertyInteger.h

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#pragma once

#include <vector>

#include "Core/Property.h"
#include "Core/Variant.h"

namespace Core
{
class LX_CORE_EXPORT PropertyInteger : public Core::Property
{
    TYPESYSTEM_HEADER();

public:
    PropertyInteger(void);
    virtual ~PropertyInteger(void);

    inline virtual void setValue(int i);
    bool setValueFromVariant(const Core::Variant& value);
    virtual void copyValue(Core::Property* p);

    int getValue() const;
    Core::Variant getVariant(void) const;

    virtual void save(Base::AbstractWriter& writer, Base::PersistenceVersion& save_version);
    inline virtual void restore(Base::AbstractXMLReader& reader, Base::PersistenceVersion& version);
    virtual bool isEqual(const Property*) const;
    virtual bool createSQL(Base::AbstractWriter& writer, Base::PersistenceVersion& save_version, bool data) override;
    virtual Core::Property* copy(void) const override;
    virtual void paste(const Core::Property& from) override;

protected:
    int _nValue;
};

class LX_CORE_EXPORT PropertyLong : public Core::Property
{
    TYPESYSTEM_HEADER();

public:
    PropertyLong(void);
    virtual ~PropertyLong(void);

    inline virtual void setValue(long i);
    bool setValueFromVariant(const Core::Variant& value);
    virtual void copyValue(Core::Property* p);

    long getValue() const;
    Core::Variant getVariant(void) const;

    virtual void save(Base::AbstractWriter& writer, Base::PersistenceVersion& save_version);
    inline virtual void restore(Base::AbstractXMLReader& reader, Base::PersistenceVersion& version);
    virtual bool isEqual(const Property*) const;
    virtual Core::Property* copy(void) const override;
    virtual void paste(const Core::Property& from) override;

protected:
    long _nValue;
};

class LX_CORE_EXPORT PropertyUInt64 : public Core::Property
{
    TYPESYSTEM_HEADER();

public:
    PropertyUInt64(void);
    virtual ~PropertyUInt64(void);

    inline virtual void setValue(uint64_t i);
    bool setValueFromVariant(const Core::Variant& value);
    virtual void copyValue(Core::Property* p);

    uint64_t getValue() const;
    Core::Variant getVariant(void) const;

    virtual void save(Base::AbstractWriter& writer, Base::PersistenceVersion& save_version);
    inline virtual void restore(Base::AbstractXMLReader& reader, Base::PersistenceVersion& version);
    virtual bool isEqual(const Property*) const;
    virtual Core::Property* copy(void) const override;
    virtual void paste(const Core::Property& from) override;

protected:
    uint64_t _nValue;
};

class LX_CORE_EXPORT PropertyUInt32 : public Core::Property
{
    TYPESYSTEM_HEADER();

public:
    PropertyUInt32(void);
    virtual ~PropertyUInt32(void);

    inline virtual void setValue(uint32_t i);
    bool setValueFromVariant(const Core::Variant& value);
    virtual void copyValue(Core::Property* p);

    uint32_t getValue() const;
    Core::Variant getVariant(void) const;

    virtual void save(Base::AbstractWriter& writer, Base::PersistenceVersion& save_version);
    inline virtual void restore(Base::AbstractXMLReader& reader, Base::PersistenceVersion& version);
    virtual bool isEqual(const Property*) const;
    virtual Core::Property* copy(void) const override;
    virtual void paste(const Core::Property& from) override;



protected:
    uint32_t _nValue;
};

class LX_CORE_EXPORT PropertyUInt8 : public Core::Property
{
    TYPESYSTEM_HEADER();

public:
    PropertyUInt8(void);
    virtual ~PropertyUInt8(void);

    inline virtual void setValue(uint8_t i);
    bool setValueFromVariant(const Core::Variant& value);
    virtual void copyValue(Core::Property* p);

    uint8_t getValue() const;
    Core::Variant getVariant(void) const;

    virtual void save(Base::AbstractWriter& writer, Base::PersistenceVersion& save_version);
    inline virtual void restore(Base::AbstractXMLReader& reader, Base::PersistenceVersion& version);
    virtual bool isEqual(const Property*) const;
    virtual Core::Property* copy(void) const override;
    virtual void paste(const Core::Property& from) override;

protected:
    uint8_t _nValue;
};



class LX_CORE_EXPORT PropertyNumberOfDecimals : public Core::PropertyInteger
{
    TYPESYSTEM_HEADER();

public:
    PropertyNumberOfDecimals(void);
    virtual ~PropertyNumberOfDecimals(void);
};


class LX_CORE_EXPORT PropertyIndex : public Core::PropertyInteger
{
    TYPESYSTEM_HEADER();

public:
    PropertyIndex(void);
    virtual ~PropertyIndex(void);
};

class LX_CORE_EXPORT PropertyCountMeasure : public Core::PropertyInteger
{
    TYPESYSTEM_HEADER();

public:
    PropertyCountMeasure(void);
    virtual ~PropertyCountMeasure(void);
};


class LX_CORE_EXPORT PropertyIndexList : public Core::Property
{
    TYPESYSTEM_HEADER();

public:
    PropertyIndexList();
    virtual ~PropertyIndexList();

    void setValue(const std::vector<int>& list);
    bool setValueFromVariant(const Core::Variant& value);
    void copyValue(Core::Property* p);

    bool hasIndex(int i) const;
    bool hasIndex(int i, int& order) const;
    void addIndex(int i);
    void removeIndex(int i);

    void setEmpty();
    bool isEmpty() const;
    size_t getSize() const;

    const std::vector<int>& getValue() const;

    Core::Variant getVariant(void) const { return Core::Variant(_indexList); }

    virtual void save(Base::AbstractWriter& writer, Base::PersistenceVersion& save_version);
    inline virtual void restore(Base::AbstractXMLReader& reader, Base::PersistenceVersion& version);
    virtual bool isEqual(const Property*) const;
    virtual Core::Property* copy(void) const override;
    virtual void paste(const Core::Property& from) override;

protected:
    std::vector<int> _indexList;
};

class LX_CORE_EXPORT PropertyEnum : public Core::PropertyIndex
{
    TYPESYSTEM_HEADER();

public:
    PropertyEnum();
    virtual ~PropertyEnum();



    void setEnums(const char** plEnums);
    void setValue(const char* value);
    void setValue(int);
    const char* getValueAsString(void) const;
    std::vector<std::string> getEnumVector(void) const;
    const char** getEnums(void) const;
    virtual void copyValue(Core::Property* p);
    virtual bool isEqual(const Property*) const;

protected:
    const char** _enumArray;
};


class LX_CORE_EXPORT PropertyUInt8List : public Core::Property
{
    TYPESYSTEM_HEADER();

public:
    PropertyUInt8List();
    virtual ~PropertyUInt8List();

    void setValue(const std::vector<uint8_t>& list);
    bool setValueFromVariant(const Core::Variant& value);
    void copyValue(Core::Property* p);

    void setEmpty();
    bool isEmpty() const;

    const std::vector<uint8_t>& getValue() const;

    Core::Variant getVariant(void) const { return Core::Variant(_indexList); }

    virtual void save(Base::AbstractWriter& writer, Base::PersistenceVersion& save_version);
    inline virtual void restore(Base::AbstractXMLReader& reader, Base::PersistenceVersion& version);
    virtual bool isEqual(const Property*) const;
    virtual Core::Property* copy(void) const override;
    virtual void paste(const Core::Property& from) override;

protected:
    std::vector<uint8_t> _indexList;
};

DECLARE_PROPERTY_FACTORY(PropertyInteger_Factory, Core::PropertyInteger);
DECLARE_PROPERTY_FACTORY(PropertyNumberOfDecimals_Factory, Core::PropertyNumberOfDecimals);
DECLARE_PROPERTY_FACTORY(PropertyIndex_Factory, Core::PropertyIndex);
DECLARE_PROPERTY_FACTORY(PropertyIndexList_Factory, Core::PropertyIndexList);
DECLARE_PROPERTY_FACTORY(PropertyEnum_Factory, Core::PropertyEnum);
DECLARE_PROPERTY_FACTORY(PropertyCountMeasure_Factory, Core::PropertyCountMeasure);

DECLARE_OPTIONAL_PROPERTY_HEADER(PropertyIntegerOpt, Core::PropertyInteger);
DECLARE_OPTIONAL_PROPERTY_HEADER(PropertyEnumOpt, Core::PropertyEnum);


}  // namespace Core