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/** * SPDX-FileCopyrightText: (C) 2005 Dominik Seichter * SPDX-FileCopyrightText: (C) 2020 Francesco Pretto * SPDX-License-Identifier: LGPL-2.0-or-later */ #ifndef PDF_VARIANT_H #define PDF_VARIANT_H #include "PdfDeclarations.h" #include "PdfReference.h" #include "PdfName.h" #include "PdfString.h" namespace PoDoFo { class PdfArray; class PdfData; class PdfDataProvider; class PdfDictionary; class PdfString; /** * A variant data type which supports all data types supported by the PDF standard. * The data can be parsed directly from a string or set by one of the members. * One can also convert the variant back to a string after setting the values. * * \warning All methods not marked otherwise may trigger a deferred load. This means * that they are unsafe to call while a deferred load is already in progress * (as recursion will occur). * */ class PODOFO_API PdfVariant final { friend class PdfObject; friend class PdfArray; friend class PdfDictionary; private: PdfVariant(PdfDataType type); public: static PdfVariant Null; /** Construct an empty variant type * IsNull() will return true. */ PdfVariant(); /** Construct a PdfVariant that is a bool. * \param value the boolean value of this PdfVariant */ PdfVariant(bool value); /** Construct a PdfVariant that is a number. * \param value the value of the number. */ PdfVariant(int64_t value); /** Construct a PdfVariant that is a real number. * \param value the value of the real number. */ PdfVariant(double value); /** Construct a PdfVariant that is a string. The argument * string will be escaped where necessary, so it should be * passed in unescaped form. * * \param str the value of the string */ PdfVariant(const PdfString& str); /** Construct a PdfVariant that is a name. * \param name the value of the name */ PdfVariant(const PdfName& name); /** Construct a PdfVariant that is a name. * \param ref the value of the name */ PdfVariant(const PdfReference& ref); /** Construct a PdfVariant object with array data. * The variant will automatically get the datatype * PdfDataType::Array. This constructor is the fastest * way to create a new PdfVariant that is an array. * * \param arr a list of variants */ PdfVariant(const PdfArray& arr); PdfVariant(PdfArray&& arr) noexcept; /** Construct a PdfVariant that is a dictionary. * \param dict the value of the dictionary. */ PdfVariant(const PdfDictionary& dict); PdfVariant(PdfDictionary&& dict) noexcept; /** Construct a PdfVariant that contains raw PDF data. * \param rData raw and valid PDF data. */ PdfVariant(const PdfData& data); PdfVariant(PdfData&& data) noexcept; /** Constructs a new PdfVariant which has the same * contents as rhs. * \param rhs an existing variant which is copied. */ PdfVariant(const PdfVariant& rhs); PdfVariant(PdfVariant&& rhs) noexcept; ~PdfVariant(); /** \returns a human readable string representation of GetDataType() * The returned string must not be free'd. */ const char* GetDataTypeString() const; /** \returns true if this variant is a bool */ bool IsBool() const; /** \returns true if this variant is an integer */ bool IsNumber() const; /** \returns true if this variant is a real * * This method strictly check for a floating point number and return false on integer */ bool IsRealStrict() const; /** \returns true if this variant is an integer or a floating point number */ bool IsNumberOrReal() const; /** \returns true if this variant is a string */ bool IsString() const; /** \returns true if this variant is a name */ bool IsName() const; /** \returns true if this variant is an array */ bool IsArray() const; /** \returns true if this variant is a dictionary */ bool IsDictionary() const; /** \returns true if this variant is raw data */ bool IsRawData() const; /** \returns true if this variant is null */ bool IsNull() const; /** \returns true if this variant is a reference */ bool IsReference() const; /** Converts the current object into a string representation * which can be written directly to a PDF file on disc. * \param str the object string is returned in this object. */ std::string ToString() const; void ToString(std::string& str) const; /** Get the value if this object is a bool. * \returns the bool value. */ bool GetBool() const; bool TryGetBool(bool& value) const; /** Get the value of the object as int64_t. * * This method is lenient and narrows floating point numbers * \return the value of the number */ int64_t GetNumberLenient() const; bool TryGetNumberLenient(int64_t& value) const; /** Get the value of the object as int64_t * * This method throws if the numer is a floating point number * \return the value of the number */ int64_t GetNumber() const; bool TryGetNumber(int64_t& value) const; /** Get the value of the object as a floating point * * This method is lenient and returns also strictly integral numbers * \return the value of the number */ double GetReal() const; bool TryGetReal(double& value) const; /** Get the value of the object as floating point number * * This method throws if the numer is integer * \return the value of the number */ double GetRealStrict() const; bool TryGetRealStrict(double& value) const; /** \returns the value of the object as string. */ const PdfString& GetString() const; bool TryGetString(PdfString& str) const; bool TryGetString(const PdfString*& str) const; /** \returns the value of the object as name */ const PdfName& GetName() const; bool TryGetName(PdfName& name) const; bool TryGetName(const PdfName*& name) const; /** Get the reference values of this object. * \returns a PdfReference */ PdfReference GetReference() const; bool TryGetReference(PdfReference& ref) const; /** Returns the value of the object as array * \returns a array */ const PdfArray& GetArray() const; PdfArray& GetArray(); bool TryGetArray(const PdfArray*& arr) const; bool TryGetArray(PdfArray*& arr); /** Returns the dictionary value of this object * \returns a PdfDictionary */ const PdfDictionary& GetDictionary() const; PdfDictionary& GetDictionary(); bool TryGetDictionary(const PdfDictionary*& dict) const; bool TryGetDictionary(PdfDictionary*& dict); /** Set the value of this object as bool * \param b the value as bool. * * This will set the dirty flag of this object. * \see IsDirty */ void SetBool(bool value); /** Set the value of this object as int64_t * \param l the value as int64_t. * * This will set the dirty flag of this object. * \see IsDirty */ void SetNumber(int64_t value); /** Set the value of this object as double * \param d the value as double. * * This will set the dirty flag of this object. * \see IsDirty */ void SetReal(double value); /** Set the name value of this object * \param d the name value * * This will set the dirty flag of this object. * \see IsDirty */ void SetName(const PdfName& name); /** Set the string value of this object. * \param str the string value * * This will set the dirty flag of this object. * \see IsDirty */ void SetString(const PdfString& str); void SetReference(const PdfReference& ref); /** Write the complete variant to an output device. * \param stream write the object to this stream * \param writeMode additional options for writing this object * \param encrypt an encryption object which is used to encrypt this object * or nullptr to not encrypt this object */ void Write(OutputStream& stream, PdfWriteFlags writeMode, const PdfStatefulEncrypt& encrypt, charbuff& buffer) const; /** Assign the values of another PdfVariant to this one. * \param rhs an existing variant which is copied. * * This will set the dirty flag of this object. * \see IsDirty */ PdfVariant& operator=(const PdfVariant& rhs); PdfVariant& operator=(PdfVariant&& rhs) noexcept; /** * Test to see if the value contained by this variant is the same * as the value of the other variant. */ bool operator==(const PdfVariant& rhs) const; /** * \see operator== */ bool operator!=(const PdfVariant& rhs) const; public: inline PdfDataType GetDataType() const { return m_DataType; } private: PdfReference GetReferenceUnsafe() const; const PdfDictionary& GetDictionaryUnsafe() const; const PdfArray& GetArrayUnsafe() const; PdfDictionary& GetDictionaryUnsafe(); PdfArray& GetArrayUnsafe(); private: void clear(); void assign(const PdfVariant& rhs); bool tryGetDictionary(PdfDictionary*& dict) const; bool tryGetArray(PdfArray*& arr) const; bool tryGetName(const PdfName*& name) const; bool tryGetString(const PdfString*& str) const; private: /** * It's an easy mistake to pass a pointer to a PdfVariant when trying to * copy a PdfVariant, especially with heap allocators like `new'. This can * produce confusing and unexpected results like getting a PdfVariant(bool). * * A similar issue can arise when the user passes a `char*' and expects a PdfName * or PdfString based variant to be created. We can't know which they wanted, so * we should fail, especially since the compiler tends to convert pointers to bool * for extra confusion value. * * We provide this overload so that such attempts will fail with an error about * a private ctor. If you're reading this, you wrote: * * PdfVariant( my_ptr_to_something ) * *... not ... * * PdfVariant( *my_ptr_to_something ) * * If you need to modify PdfVariant to legitimately take a pointer in the future, * you can do so by providing a template specialization, or by removing this check * and replacing it with a couple of overloads specific to PdfObject*, PdfVariant*, * and char* (at least). */ template PdfVariant(T*); /** To reduce memory usage of this very often used class, * we use a union here, as there is always only * one of those members used. */ union Variant { /** Holds references, strings, * names, dictionaries and arrays */ int64_t Number; double Real; PdfDataProvider* Data; PdfReference Reference; bool Bool; }; Variant m_Data; PdfDataType m_DataType; }; }; #endif // PDF_VARIANT_H