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/** * SPDX-FileCopyrightText: (C) 2006 Dominik Seichter * SPDX-FileCopyrightText: (C) 2020 Francesco Pretto * SPDX-License-Identifier: LGPL-2.0-or-later */ #ifndef PDF_TOKENIZER_H #define PDF_TOKENIZER_H #include "PdfDeclarations.h" #include #include "PdfStatefulEncrypt.h" #include namespace PoDoFo { class PdfVariant; enum class PdfTokenType { Unknown = 0, Literal, ParenthesisLeft, ParenthesisRight, BraceLeft, BraceRight, AngleBracketLeft, AngleBracketRight, DoubleAngleBracketsLeft, DoubleAngleBracketsRight, SquareBracketLeft, SquareBracketRight, Slash, }; enum class PdfPostScriptLanguageLevel { L1 = 1, L2 = 2, }; struct PdfTokenizerOptions { PdfPostScriptLanguageLevel LanguageLevel = PdfPostScriptLanguageLevel::L2; bool ReadReferences = true; }; /** * A simple tokenizer for PDF files and PDF content streams */ class PODOFO_API PdfTokenizer { friend class PdfParserObject; public: static constexpr unsigned BufferSize = 4096; public: PdfTokenizer(const PdfTokenizerOptions& options = { }); PdfTokenizer(const std::shared_ptr& buffer, const PdfTokenizerOptions& options = { }); /** Reads the next token from the current file position * ignoring all comments. * * \param[out] token On true return, set to a pointer to the read * token (a nullptr-terminated C string). The pointer is * to memory owned by PdfTokenizer and must NOT be * freed. The contents are invalidated on the next * call to tryReadNextToken(..) and by the destruction of * the PdfTokenizer. Undefined on false return. * * \param[out] tokenType On true return, if not nullptr the type of the read token * will be stored into this parameter. Undefined on false * return. * * \returns True if a token was read, false if there are no * more tokens to read. */ bool TryReadNextToken(InputStreamDevice& device, std::string_view& token); bool TryReadNextToken(InputStreamDevice& device, std::string_view& token, PdfTokenType& tokenType); /** Try peek the next token from the current file position * ignoring all comments, without actually consuming it * * \returns false if EOF */ bool TryPeekNextToken(InputStreamDevice& device, std::string_view& token); bool TryPeekNextToken(InputStreamDevice& device, std::string_view& token, PdfTokenType& tokenType); /** Read the next number from the current file position * ignoring all comments. * * Raises NoNumber exception if the next token is no number, and * UnexpectedEOF if no token could be read. No token is consumed if * NoNumber is thrown. * * \returns a number read from the input device. */ int64_t ReadNextNumber(InputStreamDevice& device); bool TryReadNextNumber(InputStreamDevice& device, int64_t& value); /** Read the next variant from the current file position * ignoring all comments. * * Raises an UnexpectedEOF exception if there is no variant left in the * file. * * \param variant write the read variant to this value * \param encrypt an encryption object which is used to decrypt strings during parsing */ void ReadNextVariant(InputStreamDevice& device, PdfVariant& variant, const PdfStatefulEncrypt& encrypt = { }); bool TryReadNextVariant(InputStreamDevice& device, PdfVariant& variant, const PdfStatefulEncrypt& encrypt = { }); public: /** Returns true if the given character is a whitespace * according to the pdf reference * * \returns true if it is a whitespace character otherwise false */ static bool IsWhitespace(char ch); /** Returns true if the given character is a delimiter * according to the pdf reference */ static bool IsDelimiter(char ch); /** Returns true if the given character is a token delimiter */ static bool IsTokenDelimiter(char ch, PdfTokenType& tokenType); /** * True if the passed character is a regular character according to the PDF * reference (Section 3.1.1, Character Set); ie it is neither a white-space * nor a delimiter character. */ static bool IsRegular(char ch); /** * True if the passed character is within the generally accepted "printable" * ASCII range. */ static bool IsPrintable(char ch); protected: // This enum differs from regular PdfDataType in the sense // it enumerates only data types that can be determined literally // by the tokenization and specify better if the strings literals // are regular or hex strings enum class PdfLiteralDataType { Unknown = 0, Bool, Number, Real, String, HexString, Name, Array, Dictionary, Null, Reference, }; protected: /** Read the next variant from the current file position * ignoring all comments. * * Raises an exception if there is no variant left in the file. * * \param token a token that has already been read * \param type type of the passed token * \param variant write the read variant to this value * \param encrypt an encryption object which is used to decrypt strings during parsing */ void ReadNextVariant(InputStreamDevice& device, const std::string_view& token, PdfTokenType tokenType, PdfVariant& variant, const PdfStatefulEncrypt& encrypt); bool TryReadNextVariant(InputStreamDevice& device, const std::string_view& token, PdfTokenType tokenType, PdfVariant& variant, const PdfStatefulEncrypt& encrypt); /** Add a token to the queue of tokens. * tryReadNextToken() will return all enqueued tokens first before * reading new tokens from the input device. * * \param token string of the token * \param type type of the token * * \see tryReadNextToken */ void EnqueueToken(const std::string_view& token, PdfTokenType type); /** Read a dictionary from the input device * and store it into a variant. * * \param variant store the dictionary into this variable * \param encrypt an encryption object which is used to decrypt strings during parsing */ void ReadDictionary(InputStreamDevice& device, PdfVariant& variant, const PdfStatefulEncrypt& encrypt); /** Read an array from the input device * and store it into a variant. * * \param variant store the array into this variable * \param encrypt an encryption object which is used to decrypt strings during parsing */ void ReadArray(InputStreamDevice& device, PdfVariant& variant, const PdfStatefulEncrypt& encrypt); /** Read a string from the input device * and store it into a variant. * * \param variant store the string into this variable * \param encrypt an encryption object which is used to decrypt strings during parsing */ void ReadString(InputStreamDevice& device, PdfVariant& variant, const PdfStatefulEncrypt& encrypt); /** Read a hex string from the input device * and store it into a variant. * * \param variant store the hex string into this variable * \param encrypt an encryption object which is used to decrypt strings during parsing */ void ReadHexString(InputStreamDevice& device, PdfVariant& variant, const PdfStatefulEncrypt& encrypt); /** Read a name from the input device * and store it into a variant. * * Throws UnexpectedEOF if there is nothing to read. * * \param variant store the name into this variable */ void ReadName(InputStreamDevice& device, PdfVariant& variant); /** Determine the possible datatype of a token. * Numbers, reals, bools or nullptr values are parsed directly by this function * and saved to a variant. * * \returns the expected datatype */ PdfLiteralDataType DetermineDataType(InputStreamDevice& device, const std::string_view& token, PdfTokenType tokenType, PdfVariant& variant); private: bool tryReadDataType(InputStreamDevice& device, PdfLiteralDataType dataType, PdfVariant& variant, const PdfStatefulEncrypt& encrypt); private: using TokenizerPair = std::pair; using TokenizerQueque = std::deque; private: std::shared_ptr m_buffer; PdfTokenizerOptions m_options; TokenizerQueque m_tokenQueque; charbuff m_charBuffer; }; }; #endif // PDF_TOKENIZER_H