libMultiMarkdown.h

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/*
 
    MIT License
 
    Copyright (c) 2024-2025 Fletcher T. Penney
 
    Permission is hereby granted, free of charge, to any person obtaining a copy
    of this software and associated documentation files (the "Software"), to deal
    in the Software without restriction, including without limitation the rights
    to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
    copies of the Software, and to permit persons to whom the Software is
    furnished to do so, subject to the following conditions:
 
    The above copyright notice and this permission notice shall be included in all
    copies or substantial portions of the Software.
 
    THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
    IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
    FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
    AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
    LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
    OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
    SOFTWARE.
 
*/
 
 
#ifndef libMultiMarkdown7_H
#define libMultiMarkdown7_H
 
#include <stdint.h>
#include <stdio.h>
 
 
// Advance declarations
typedef struct mmd_node mmd_node;
typedef struct read_ctx read_ctx;
typedef struct stack stack;
 

void mmd_process_file(FILE * in, FILE * out, uint32_t options, const char * search_path, const char * source_path);
void mmd_process_filename(const char * fname, FILE * out, uint32_t options, const char * search_path);
void mmd_process_str(const char * text, FILE * out, uint32_t options, const char * search_path, const char * source_path);
void mmd_process_str_len(const char * text, size_t in_len, FILE * out, uint32_t options, const char * search_path, const char * source_path);
 

char * mmd_process_file_to_str(FILE * in, size_t * out_len, uint32_t options, const char * search_path, const char * source_path);
char * mmd_process_filename_to_str(const char * fname, size_t * out_len, uint32_t options, const char * search_path);
char * mmd_process_str_to_str(const char * text, size_t * out_len, uint32_t options, const char * search_path, const char * source_path);
char * mmd_process_str_len_to_str(const char * text, size_t in_len, size_t * out_len, uint32_t options, const char * search_path, const char * source_path);
 

mmd_node * mmd_parse_file(FILE * in, read_ctx * c, uint32_t options);
mmd_node * mmd_parse_filename(const char * filename, read_ctx * c, uint32_t options);
mmd_node * mmd_parse_str(const char * text, read_ctx * c, uint32_t options);
mmd_node * mmd_parse_str_len(const char * text, size_t in_len, read_ctx * c, uint32_t options);
 

void mmd_ast_file(FILE * in, FILE * out, uint32_t options);
void mmd_ast_filename(const char * fname, FILE * out, uint32_t options);
void mmd_ast_str(const char * text, FILE * out, uint32_t options);
void mmd_ast_str_len(const char * text, size_t in_len, FILE * out, uint32_t options);
 

read_ctx * mmd_metadata_filename(const char * fname, uint32_t options);
read_ctx * mmd_metadata_file(FILE * in, uint32_t options);
read_ctx * mmd_metadata_str(const char * text, uint32_t options);
read_ctx * mmd_metadata_str_len(const char * text, size_t in_len, uint32_t options);
 

 
void mmd_node_free(mmd_node * n);
void mmd_node_tree_free(mmd_node * n);

uint32_t mmd_hash_node_tree(mmd_node * n);
uint32_t mmd_hash_node(mmd_node * n);

void mmd_node_tree_describe_hash(mmd_node * n, FILE * out);

read_ctx * read_ctx_new(uint32_t options);
void read_ctx_reset(read_ctx * c, uint32_t options);
void read_ctx_free(read_ctx * c);
 
void custom_seed_rand(void);
 
 
enum output_format {
    FORMAT_HTML,                             
    FORMAT_EPUB,
    FORMAT_LATEX,                               
    FORMAT_BEAMER,
    FORMAT_MEMOIR,
    FORMAT_FODT,
    FORMAT_ODT,
    FORMAT_TEXTBUNDLE,
    FORMAT_TEXTBUNDLE_COMPRESSED,
    FORMAT_OPML,
    FORMAT_ITMZ,
    FORMAT_MMD,                                   
    FORMAT_HTML_WITH_ASSETS,
};
 
 
enum smart_quote_language {
    QUOTES_ENGLISH,                               
    QUOTES_DUTCH,                               
    QUOTES_FRENCH,                             
    QUOTES_GERMAN,                             
    QUOTES_GERMAN_GUILLEMETS,                   
    QUOTES_SPANISH,                               
    QUOTES_SWEDISH,                               
};
 
 
enum language {
    LANGUAGE_EN,                             
    LANGUAGE_ES,                             
    LANGUAGE_DE,                             
    LANGUAGE_FR,                             
    LANGUAGE_NL,                             
    LANGUAGE_SV,                             
    LANGUAGE_HE,                             
};
 
 
enum mmd_options {
    // First 5 bits are for output_format (32 max)
    // Next 4 bits are for smart_quote_language (16 max)
    // Next 4 bits are for language (16 max)
    MMD_OPTION_TRANSCLUDE      = 1 << 13,      
    MMD_OPTION_STATS            = 1 << 14,      
    MMD_OPTION_BLOCKS_ONLY        = 1 << 15,      
    MMD_OPTION_MMD_HEADER      = 1 << 16,      
    MMD_OPTION_RANDOM_NOTE_ID  = 1 << 17,      
    MMD_OPTION_RANDOM_HEADER_ID  = 1 << 18,      
    MMD_OPTION_COMPATIBILITY    = 1 << 19,      
    MMD_OPTION_CRITIC_ACCEPT    = 1 << 20,      
    MMD_OPTION_CRITIC_REJECT    = 1 << 21,      
};
 

#define MMD_OUT_FORMAT_MASK 0x1f
#define MMD_SMART_QUOTE_MASK 0x01e0
#define MMD_LANGUAGE_MASK 0x1E00

#define MMD_OUT_FORMAT_FROM_OPTS(x) ((x & MMD_OUT_FORMAT_MASK) >> 0)

#define MMD_SMART_QUOTE_FROM_OPTS(x) ((x & MMD_SMART_QUOTE_MASK) >> 5)

#define MMD_LANGUAGE_FROM_OPTS(x) ((x & MMD_LANGUAGE_MASK) >> 9)
 

struct mmd_node {
    unsigned char       type;       
    uint32_t            hash;       
 
    size_t              start;     
    size_t              len;     
 
    struct mmd_node *   next;       
    struct mmd_node *   child;     
    struct mmd_node *   tail;       
 
    struct mmd_node *   content; 
};
 

struct mmd_line_node {
    mmd_node            general; 
 
    size_t              c_start; 
    size_t              c_len;     
};
 
typedef struct mmd_line_node mmd_line_node;
 

#define MMD_TYPE_MASK 0xc0
#define MMD_TOKEN_MASK 0x80
 
#define MMD_NODE_IS_LINE(x)     ((((mmd_node*)x)->type & MMD_TYPE_MASK) == 0x00)
#define MMD_NODE_IS_BLOCK(x)    ((((mmd_node*)x)->type & MMD_TYPE_MASK) == 0x40)
#define MMD_NODE_IS_TOKEN(x)    ((((mmd_node*)x)->type & MMD_TOKEN_MASK) == 0x80)
 

enum node_types {
    // Line types (1-63)
    LINE_ATX_1 = 1,
    LINE_ATX_2,
    LINE_ATX_3,
    LINE_ATX_4,
    LINE_ATX_5,
    LINE_ATX_6,
    LINE_BACKTICK,
    LINE_BLOCKQUOTE,
    LINE_CONTINUATION,
    LINE_DEF_ABBREVIATION,
    LINE_DEF_CITATION,
    LINE_DEF_FOOTNOTE,
    LINE_DEF_GLOSSARY,
    LINE_DEF_LINK,
    LINE_DEFINITION,
    LINE_EMPTY,
    LINE_FALLBACK,
    LINE_FENCE_BACKTICK_3,
    LINE_FENCE_BACKTICK_4,
    LINE_FENCE_BACKTICK_5,
    LINE_FENCE_BACKTICK_START_3,
    LINE_FENCE_BACKTICK_START_4,
    LINE_FENCE_BACKTICK_START_5,
    LINE_HR,
    LINE_HTML,
    LINE_HTML_BLOCK,
    LINE_HTML_BLOCKISH,
    LINE_HTML_BlOCKISH,
    LINE_INDENTED_SPACE,
    LINE_INDENTED_TAB,
    LINE_LIST_BULLETED,
    LINE_LIST_ENUMERATED,
    LINE_META,
    LINE_PLAIN,
    LINE_SETEXT_1,
    LINE_SETEXT_2,
    LINE_START_COMMENT,
    LINE_STOP_COMMENT,
    LINE_TABLE,
    LINE_TABLE_SEPARATOR,
    LINE_TOC,
    LINE_YAML,
 
    CODE_FENCE_LINE = 63,           // TODO: Do I really need to use this?
 
    // Block types (64-127)
    BLOCK_BLOCKQUOTE = 64,          // 64
    BLOCK_CODE_FENCED,              // 65
    BLOCK_CODE_INDENTED,            // 66
    BLOCK_DEF_ABBREVIATION,         // 67
    BLOCK_DEF_CITATION,             // 68
    BLOCK_DEF_FOOTNOTE,             // 69
    BLOCK_DEF_GLOSSARY,             // 70
    BLOCK_DEF_LINK,                 // 71
    BLOCK_DEFINITION,               // 72
    BLOCK_DEFLIST,                  // 73
    BLOCK_EMPTY,                    // 74
    BLOCK_GENERAL,                  // 75
    BLOCK_H1,
    BLOCK_H2,
    BLOCK_H3,
    BLOCK_H4,
    BLOCK_H5,
    BLOCK_H6,                       // 81
    BLOCK_HEADING,                  // 82
    BLOCK_HR,                       // 83
    BLOCK_HTML,                     // 84
    BLOCK_LIST_BULLETED,            // 85
    BLOCK_LIST_BULLETED_LOOSE,      // 86
    BLOCK_LIST_ENUMERATED,          // 87
    BLOCK_LIST_ENUMERATED_LOOSE,    // 88
    BLOCK_LIST_ITEM,                // 89
    BLOCK_LIST_ITEM_TIGHT,          // 90
    BLOCK_META,                     // 91
    BLOCK_PARA,                     // 92
    BLOCK_SETEXT_1,                 // 93
    BLOCK_SETEXT_2,                 // 94
    BLOCK_TABLE,                    // 95
    BLOCK_TABLE_HEADER,             // 96
    BLOCK_TABLE_SECTION,            // 97
    BLOCK_TERM,                     // 98
    BLOCK_TOC,                      // 99
    BLOCK_FIGURE,                   // 100
 
 
    // Token types (128-255)
    TOKEN_EOF = 128,
    TOKEN_NL,
    TOKEN_LINEBREAK,
    TOKEN_TEXT,
    TOKEN_TEXT_ABBREVIATION,
    TOKEN_TEXT_GLOSSARY,
    TOKEN_TEXT_WHITESPACE,
 
    TOKEN_AMPERSAND,
    TOKEN_AMPERSAND_LONG,
    TOKEN_HTML_ENTITY,
 
    TOKEN_HASH,
 
    TOKEN_STAR,
    TOKEN_PLUS,
    TOKEN_MINUS,
 
    TEXT_NUMBER_POSS_LIST,
 
    TOKEN_UL,
    TOKEN_COLON,
 
    TOKEN_ATX_MARKER,
    TOKEN_BLOCKQUOTE_MARKER,
    TOKEN_DEFLIST_COLON,
    TOKEN_LIST_MARKER,
    TOKEN_ABBREVIATION_MARKER,
    TOKEN_FOOTNOTE_MARKER,
    TOKEN_GLOSSARY_MARKER,
    TOKEN_CITATION_MARKER,
    TOKEN_VARIABLE_MARKER,
 
    TOKEN_BACKTICK,
    TOKEN_APOSTROPHE,
    TOKEN_QUOTE_SINGLE,
    TOKEN_QUOTE_DOUBLE,
    TOKEN_QUOTE_DOUBLE_ALT,
    TOKEN_ELLIPSIS,
    TOKEN_DASH_M,
    TOKEN_DASH_N,
    TOKEN_DASH_N_RANGE,
 
    TOKEN_PAREN_LEFT,
    TOKEN_PAREN_RIGHT,
    TOKEN_BRACKET_LEFT,
    TOKEN_BRACKET_RIGHT,
    TOKEN_ANGLE_LEFT,
    TOKEN_ANGLE_RIGHT,
    TOKEN_BRACE_LEFT,
    TOKEN_BRACE_RIGHT,
 
    TOKEN_PAIR_ANGLE,
    TOKEN_PAIR_BACKTICK,
    TOKEN_PAIR_BRACE,
    TOKEN_PAIR_BRACKET,
    TOKEN_PAIR_BRACKET_EMPTY,
    TOKEN_PAIR_BRACKET_NOT_CITED,
    TOKEN_PAIR_BRACKET_ABBREVIATION,
    TOKEN_PAIR_BRACKET_FOOTNOTE,
    TOKEN_PAIR_BRACKET_GLOSSARY,
    TOKEN_PAIR_BRACKET_CITATION,
    TOKEN_PAIR_BRACKET_IMAGE,
    TOKEN_PAIR_BRACKET_LINK,
    TOKEN_PAIR_BRACKET_VARIABLE,
    TOKEN_PAIR_PAREN,
    TOKEN_PAIR_QUOTE_DOUBLE,
    TOKEN_PAIR_QUOTE_SINGLE,
    TOKEN_PAIR_STAR,
    TOKEN_PAIR_STAR_USED,           // Must immediately follow TOKEN_PAIR_STAR
    TOKEN_PAIR_UL,
    TOKEN_PAIR_UL_USED,             // Must immediately follow TOKEN_PAIR_UL
    TOKEN_SPECIAL_CHARACTER,
 
    TOKEN_PAIR_EMPH,
    TOKEN_PAIR_STRONG,
 
    TOKEN_ESCAPED_CHARACTER,
    TOKEN_NBSP,
    TOKEN_PIPE,
 
    TOKEN_CM_ADD_OPEN,
    TOKEN_CM_ADD_CLOSE,
    TOKEN_CM_DEL_OPEN,
    TOKEN_CM_DEL_CLOSE,
    TOKEN_CM_SUB_OPEN,
    TOKEN_CM_SUB_DIV,
    TOKEN_CM_SUB_CLOSE,
    TOKEN_CM_COM_OPEN,
    TOKEN_CM_COM_CLOSE,
    TOKEN_CM_HI_OPEN,
    TOKEN_CM_HI_CLOSE,
 
    TOKEN_PAIR_CM_ADD,
    TOKEN_PAIR_CM_DEL,
    TOKEN_PAIR_CM_SUB_DEL,
    TOKEN_PAIR_CM_SUB_ADD,
    TOKEN_PAIR_CM_COM,
    TOKEN_PAIR_CM_HI,
 
    TOKEN_SUPERSCRIPT,
    TOKEN_SUBSCRIPT,
 
    TOKEN_MATH_PAREN_OPEN,
    TOKEN_MATH_PAREN_CLOSE,
    TOKEN_MATH_BRACKET_OPEN,
    TOKEN_MATH_BRACKET_CLOSE,
    TOKEN_MATH_DOLLAR_SINGLE,
    TOKEN_MATH_DOLLAR_DOUBLE,
 
    TOKEN_PAIR_MATH_PAREN,
    TOKEN_PAIR_MATH_BRACKET,
    TOKEN_PAIR_MATH_DOLLAR_SINGLE,
    TOKEN_PAIR_MATH_DOLLAR_DOUBLE,
 
    TOKEN_TABLE_CELL,
    TOKEN_TABLE_DIVIDER,
 
    TOKEN_MANUAL_LABEL,
 
    OBJECT_REPLACEMENT_CHARACTER,
};
 
 
#endif