/* tex4ht.c (2010-11-17-10:41), generated from tex4ht-c.tex Copyright (C) 2009-2010 TeX Users Group Copyright (C) 1996--2009 Eitan M. Gurari % % This work may be distributed and/or modified under the % conditions of the LaTeX Project Public License, either % version 1.3c of this license or (at your option) any % later version. The latest version of this license is in % http://www.latex-project.org/lppl.txt % and version 1.3c or later is part of all distributions % of LaTeX version 2005/12/01 or later. % % This work has the LPPL maintenance status "maintained". % % The Current Maintainer of this work % is the TeX4ht Project . % % If you modify this program, changing the % version identification would be appreciated. */ /* Compiler options (uncommented | command line), as comments: Classic C (CC) default #define ANSI ansi-c, c++ #define DOS_C #define HAVE_STRING_H #define HAVE_DIRENT_H #define HAVE_SYS_NDIR_H #define HAVE_SYS_DIR_H #define HAVE_NDIR_H #define HAVE_IO_H #define HAVE_UNISTD_H #define WIN32 #define KPATHSEA #define CDECL ....... #define BCC32 bordland c++ ************************************************* Tex4ht variables * (uncommented | command line) * ----------------------------------------------- */ #ifndef LGFNT #define LGFNT "Font(\"%s\",\"%s\",\"%d\",\"%d\")\n" #endif #ifndef LGCLS #define LGCLS "Font_Class(%d,\"%s\"): %s\n" #endif #ifndef LGPIC #define LGPIC "--- needs --- %%1.idv[%%2] ==> %%3 ---\n%" #endif #ifndef LGSEP #define LGSEP "--- characters ---\n" #endif #ifndef LGTYP #define LGTYP ".png" #endif #ifndef ENVFILE #endif #ifndef TFMDIR #endif #ifndef HTFDIR #endif /* ******************************************** */ #ifdef BCC32 #define DOS_WIN32 #define ANSI #define HAVE_DIRENT_H #define PLATFORM "ms-win32" #endif #ifdef BCC #define DOS_C #define ANSI #define HAVE_DIRENT_H #define PLATFORM "ms-dos" #ifndef PATH_MAX #define PATH_MAX 256 #endif #endif #ifdef __DJGPP__ #define DOS_WIN #define ANSI #ifndef HAVE_STRING_H #define HAVE_STRING_H 1 #endif #endif #ifdef DOS_C #define DOS #endif #ifdef DOS #define DOS_WIN32 #define HAVE_STRING_H #endif #ifdef WIN32 #define DOS_WIN32 #ifndef KPATHSEA #define HAVE_STRING_H #endif #endif #ifdef DOS_WIN32 #define STRUCT_DIRENT #endif #ifdef KPATHSEA #ifdef WIN32 #define KWIN32 #endif #endif #include #include #ifdef HAVE_STRING_H #include #endif #ifdef WIN32 #include #ifdef KPATHSEA #undef CDECL #define CDECL __cdecl #endif #else #ifdef KPATHSEA #define CDECL #endif #endif #include #include #ifndef F_OK #ifdef DOS_WIN32 #define F_OK 0 #endif #ifndef KPATHSEA #ifndef DOS_WIN32 #define HAVE_UNISTD_H #endif #endif #endif #ifdef HAVE_IO_H #include #endif #ifndef KPATHSEA #ifdef HAVE_UNISTD_H #include #endif #endif #ifdef KPATHSEA #ifdef __MINGW32__ #define HAVE_BOOLEAN 1 #endif /* __MINGW32__ */ #include #include #include #include #include #include #include #include #include #include #if !defined(_AMIGA) && !defined(WIN32) #include #endif #include #include #endif #ifdef DOS_WIN32 #include #endif #include #ifdef HAVE_DIRENT_H #include #else #ifndef STRUCT_DIRENT #define STRUCT_DIRECT #endif #ifdef HAVE_SYS_NDIR_H #include #endif #ifdef HAVE_SYS_DIR_H #include #endif #ifdef HAVE_NDIR_H #include #endif #endif #ifdef DOS #define HTM #endif #ifdef DOS #define PROTOTYP #endif #ifdef ANSI #define PROTOTYP #endif #ifdef KWIN32 #define PROTOTYP #endif #ifndef EXIT_FAILURE #define EXIT_FAILURE 1 #endif #if INT_MAX < 2147483647L #define LONG L #endif #ifdef LONG #define INTEGER long #else #define INTEGER int #endif #define U_CHAR char #define m_alloc(typ,n) (typ *) malloc_chk((int) ((n) * sizeof(typ))) #ifndef PATH_MAX #define PATH_MAX 512 #endif #define IGNORED void struct files_rec{ FILE *file, *prev_file; char* name; struct files_rec *next, *prev; }; struct sys_call_rec{ char* filter; struct sys_call_rec *next; }; #define HEIGHT 120 #define NULL_MAP (struct map_line_type*) 0 #define XRESOLUTION MARGINSP #ifdef LONG #define YRESOLUTION 786432L #else #define YRESOLUTION 786432 #endif #define MAX_MAP_LINE 500 #define idv_int(val) int_to_dvi((long int) val,4) struct halign_rec{ char * str; int refs; }; #define design_size_to_pt(n) ((double)n / (double)(1L<<20)) #define new_font font_tbl[font_tbl_size] #ifdef LONG #define MARGINSP 344061L #else #define MARGINSP 344061 #endif #define HTF_ALIAS 10000000 #ifndef TRUE #define TRUE 1 #endif #ifndef FALSE #define FALSE 0 #endif #ifndef BOOL #define BOOL int #endif #define GIF_I "-%x%s" #define GIF_II "-%x-%x%s" #define GIF_VII "%s" #ifdef HTM #define DOS_GIF_FILE #endif #define BASE 36 #define store_bit_I(ch,i) ch[(i)/8]|=(1<<((i)%8)); #define store_bit_Z(ch,i) ch[(i)/8]&=~(1<<((i)%8)) #define add_bit(ch,i,b) ch[(i)/8] |= ((b) << ((i)%8)) #define get_bit(ch,i) ((ch[(i)/8] >> ((i)%8)) & 1) #define gif_open span_open #define gif_alt span_name #define gif_class span_size #define gif_size span_mag #define gif_mag span_ord #define gif_ord span_ch #define gif_end end_span struct env_c_rec{ char *option; struct env_c_rec *next; }; #ifndef MAXFDIRS #define MAXFDIRS 100 #endif #if defined(DOS_WIN32) || defined(__DJGPP__) #define dir_path_slash(str) (is_forward_slash(str)? '/' : '\\') #else #define dir_path_slash(str) '/' #endif #ifndef S_ISDIR #define S_ISDIR(M) (((M) & _S_IFMT)==_S_IFDIR) #endif #ifndef _S_IFDIR #define _S_IFDIR S_IFDIR #endif #ifndef _S_IFMT #define _S_IFMT S_IFMT #endif #if defined(DOS_WIN32) || !defined(S_ISLNK) #define LSTAT stat #else #define LSTAT lstat #endif #define STSTAT stat #define MAX_UNI_CODE 20 #define BASE_A 55 #define BASE_a 87 #define get_unt(n) fget_unt(dvi_file,n) #define get_int(n) fget_int(dvi_file,n) #define eq_str(x,y) (!strcmp(x,y)) #define gt_str(x,y) (strcmp(x,y)>0) #define bad_arg err_i(0) #define bad_in_file(name) err_i_str(1,name) #define bad_out_file(name) err_i_str(2,name) #define bad_special(name) warn_i_str(3,name) #define bad_mem err_i(4) #define bad_char(chr) warn_i_int(5,chr) #define bad_dvi err_i(7) #if defined(DOS_WIN32) || defined(__MSDOS__) #define READ_BIN_FLAGS "rb" #define READ_TEXT_FLAGS "r" #define WRITE_BIN_FLAGS "wb" #define WRITE_TEXT_FLAGS "w" #else #define READ_BIN_FLAGS "r" #define READ_TEXT_FLAGS "r" #define WRITE_BIN_FLAGS "w" #define WRITE_TEXT_FLAGS "w" #endif #ifdef PROTOTYP #define MYVOID void #define ARG_I(x) x #define ARG_II(x,y) x,y #define ARG_III(x,y,z) x,y,z #define ARG_IV(x,y,z,w) x,y,z,w #define ARG_V(x,y,z,w,v) x,y,z,w,v #define ARG_VI(x,y,z,w,v,u) x,y,z,w,v,u #define ARG_VII(x,y,z,w,v,u,t) x,y,z,w,v,u,t #else #define MYVOID #define ARG_I(x) #define ARG_II(x,y) #define ARG_III(x,y,z) #define ARG_IV(x,y,z,w) #define ARG_V(x,y,z,w,v) #define ARG_VI(x,y,z,w,v,u) #define ARG_VII(x,y,z,w,v,u,t) #endif struct hcode_repl_typ { char *str; struct hcode_repl_typ *next; }; struct count_rec{ char* str; int i, depth, max; int* stack; struct count_rec* next; }; struct ch_map_rec{ char* line; int max, chars; }; struct stack_entry{ long int x_val, y_val; INTEGER dx_1, dx_2, dy_1, dy_2; BOOL text_on; BOOL accented ; struct halign_rec *halign[8]; BOOL halign_on, halign_info, row_no, col_no; int stack_id; struct group_info * begin; struct stack_end_entry * end; struct group_path * path_start, * path_end; char *class_open, *class_close, *temp_class_open, *temp_class_close; BOOL temp_class_del, ignore_subclass_del, active_class_del, no_left_del, sv_no_left_del; }; struct group_info{ int stack_id; U_CHAR *info; struct group_info* next; }; struct stack_end_entry{ struct stack_end_entry *next; U_CHAR *send; }; struct del_stack_entry{ struct del_stack_entry *next; U_CHAR ch; int fnt, id; }; struct send_back_entry{ struct send_back_entry *next; U_CHAR *send; int id; }; struct group_path{ U_CHAR action; U_CHAR *path; U_CHAR *info; struct group_path * next; }; struct font_entry { INTEGER num; INTEGER scale; INTEGER design_sz; INTEGER mag; char *family_name, *font_size; INTEGER design_pt; int char_f, char_l; U_CHAR *char_wi; U_CHAR *char_hidp; int wtbl_n; int htbl_n; int dtbl_n; INTEGER *wtbl; INTEGER *htbl; INTEGER *dtbl; INTEGER word_sp; INTEGER it; INTEGER ex; char *name, *gif_on, *ch_str, ch255; unsigned U_CHAR **str, *ch, *gif1; unsigned U_CHAR *accent, *accented; unsigned int *accent_array, *accented_array, accent_N, accented_N; char *math, *math_closing; INTEGER layout_dir; unsigned long rgba_color; }; struct html_font_rec{ char* name; int i; }; struct gif_file_rec{ U_CHAR code[4]; U_CHAR *name; struct gif_file_rec *next; }; struct css_ext_rec{ char* name; struct css_ext_rec *next; }; struct visited_file_rec{ char *name; struct visited_file_rec *next; }; struct env_var_rec{ char* base; struct env_var_rec *next; }; struct cache_font_rec{ char* dir; struct cache_file_rec * cache_file; struct cache_font_rec* next; }; struct cache_file_rec{ struct cache_file_rec* next; U_CHAR * file; }; struct htf_com_rec{ char* name; struct htf_com_rec* next; }; struct charset_rec{ int ch; char* str; }; struct htf_4hf_rec { int ch, type1, type2; char* str; }; #ifdef WIN32 static U_CHAR dirname[PATH_MAX]; #endif static BOOL dos_file_names = #ifdef DOS_GIF_FILE TRUE #else FALSE #endif ; static FILE* dot_file; static FILE* dvi_file; static U_CHAR *ext = NULL; static char* job_name; static int job_name_n; static U_CHAR *no_root_file; static FILE *out_file = (FILE *) 0, *root_file = (FILE *) 0, *cur_o_file = (FILE *) 0; static int version_id; static int stack_len; static BOOL start_span = FALSE, in_span_ch = FALSE; static BOOL in_trace_char = FALSE, block_start = FALSE; static int trace_dvi_P = 0, trace_dvi_C = 0, trace_dvi_H = 0, trace_dvi_R = 0, trace_dvi_V = 0; static U_CHAR *trace_dvi_del_P, *end_trace_dvi_del_P, *trace_dvi_del_p, *end_trace_dvi_del_p, *trace_dvi_del_C, *end_trace_dvi_del_C, *trace_dvi_del_c, *end_trace_dvi_del_c, *trace_dvi_del_H, *end_trace_dvi_del_H, *trace_dvi_del_h, *end_trace_dvi_del_h, *trace_dvi_del_R, *end_trace_dvi_del_R, *trace_dvi_del_r, *end_trace_dvi_del_r, *trace_dvi_del_V, *end_trace_dvi_del_V, *trace_dvi_del_v, *end_trace_dvi_del_v; static int push_depth=0, push_id=0, push_st[256]; static long int x_val = 0, max_x_val = -10000, max_y_val = 0, prev_y_val = 0; static INTEGER dx_1 = 0, dx_2 = 0; static INTEGER dy_1 = 0, dy_2 = 0; static long int y_val = 0; static U_CHAR *eoln_str = (char *)0; static U_CHAR *space_str = (char *)0; static int ignore_chs=0, ignore_spaces=0, recover_spaces=0; static BOOL text_on = FALSE; static U_CHAR rule_ch = '_'; static BOOL rule_ch_off = FALSE; static int cur_fnt = -1; static U_CHAR special_hd[10]; static struct hcode_repl_typ *hcode_repl = (struct hcode_repl_typ*) 0; static BOOL nomargin = FALSE; static int next_char = -1; static U_CHAR *next_str = (char *) 0; static BOOL keepChar = FALSE; static struct files_rec *opened_files = (struct files_rec *) 0, *p; static BOOL system_yes; static struct sys_call_rec *system_calls = (struct sys_call_rec *) 0; static struct count_rec *counter = (struct count_rec *) 0; static struct ch_map_rec ch_map[HEIGHT]; static int max_map_line, min_map_line; static BOOL ch_map_flag = FALSE; static INTEGER xresolution, yresolution; static U_CHAR ok_map = TRUE; static int prevcol = -1, prevrow; static double prev_x; static BOOL dvi_flag = FALSE, dvi_page = FALSE; static FILE *idv_file; static int errCode = 0; static int id_version = -1; static FILE* log_file; static INTEGER mid_page_y, mid_page_x; static int page_n, file_n; static struct halign_rec *halign[8]; static BOOL new_halign = FALSE; static BOOL group_dvi = FALSE; static int stack_n = 0; static struct stack_entry* stack; static int ignore_end_group; static struct del_stack_entry *del_stack; static int ch_id, sv_id, id_latex, back_id_off; static struct send_back_entry *back_token, *back_group; static BOOL pos_dvi = FALSE; static U_CHAR *pos_body, * pos_text, * pos_line, *end_pos_body, * end_pos_text; static double pos_x_A, pos_x_B, pos_y_C, pos_y_D, pos_y_E; static long int base_pos_x, base_pos_y, min_pos_x, max_pos_x, min_pos_y, max_pos_y; static short rect_pos; static struct font_entry* font_tbl; static int font_tbl_size = 0; static char* new_font_name; static U_CHAR *lg_font_fmt = NULL; static double word_sp = 999999.0, margin_sp; static int ignore_ch = 0; static unsigned U_CHAR null_str = '\0'; static short dump_htf_files = 0; static BOOL dump_env_files = FALSE; static BOOL dumped_env = FALSE; static BOOL verb_ch = FALSE; static U_CHAR *class_fmt = NULL; static U_CHAR *font_gif = NULL; static U_CHAR *begin_char_gif = NULL; static U_CHAR *gif = NULL; static struct gif_file_rec * gif_file = (struct gif_file_rec *) 0; static U_CHAR xeh[]="0123456789abcdefghijklmnopqrstuvxyz"; static BOOL gif_ch = TRUE; static int design_ch = 0; static int pause_style = 0, default_font = -1, base_font_size=6533; static BOOL span_name_on = FALSE, span_on = FALSE; static BOOL not_notify = FALSE; static U_CHAR * span_name[256], * span_open[256], * span_size[256], * span_mag[256], * span_ch[256], * end_span[256], * span_ord[256], * gif_id[256]; static U_CHAR class_on[32]; static BOOL needs_accent_sym = FALSE, needs_end_accent = FALSE; static char * t_accent_template = (char *) 0, * t_accent_first, * t_accent_second, * t_accent_third, * t_accent_fourth, * t_accent_fifth, * m_accent_template = (char *) 0, * m_accent_first, * m_accent_second, * m_accent_third, * m_accent_fourth, * m_accent_fifth; static BOOL needs_accented_sym = 0; static char * a_accent_template = (char *) 0, * a_accent_first, * a_accent_second, * a_accent_third, * a_accent_fourth, * a_accent_fifth; static char * i_accent_template = (char *) 0, * i_accent_first, * i_accent_second, * i_accent_third, * i_accent_fourth, * i_accent_fifth; static BOOL math_class_on = FALSE, show_class = FALSE; static int open_del = 256, math_class, pause_class, ignore_subclass_del; static int sv_group_dvi, sv_trace_dvi_C, sv_in_trace_char, sv_span_on, sv_in_span_ch; static U_CHAR *open_class[ 82 ], *close_class[ 82 ]; static BOOL dump_env_search = FALSE; static struct env_c_rec *envChoice = (struct env_c_rec*) 0; static U_CHAR *fontdir[MAXFDIRS]; static int fontdir_count = 0; static struct cache_font_rec *cache_font, *cur_cache_font; #ifndef KPATHSEA static BOOL tex4ht_fls = FALSE; static char *tex4ht_fls_name = (char *) 0; #endif static U_CHAR *HOME_DIR; #ifndef KPATHSEA static FILE* cache_files; #endif #ifdef KPATHSEA static char * export_str_chars = (char *) 0; #endif static BOOL dump_htf_search = FALSE; static FILE* put_4ht_file = (FILE *) 0; static int put_4ht_off = 1; static char uni_code[MAX_UNI_CODE]; static short uni_code_p = 0; static int charset_n = 0, max_charset_n; static struct charset_rec *charset; static BOOL u10 = FALSE; static BOOL utf8 = FALSE; static int htf_4hf_n = 0, max_htf_4hf_n; static struct htf_4hf_rec *htf_4hf; static BOOL special_on = FALSE; static const U_CHAR *warn_err_mssg[]={ "improper command line\ntex4ht [-f]in-file[.dvi]\n" " [-.] replacement to default file extension name .dvi\n" " [-c] choose named segment in env file\n" " [-e]\n" " [-f] remove path from the file name\n" " [-F] replacement for missing font characters; 0--255; default 0\n" " [-g]\n" " [-h(e|f|F|g|s|v|V)] trace: e-errors/warnings, f-htf, F-htf search\n" " g-groups, s-specials, v-env, V-env search\n" " [-i]\n" " [-l]\n" " [-P(*|)] permission for system calls: *-always, filter\n" " [-S]\n" " [-s] default: -s4cs; multiple entries allowed\n" " [-t]\n" " [-u10] base 10 for unicode characters\n" " [-utf8] utf-8 encoding for unicode characters\n" " [-v] replacement for the given dvi version\n" " [-xs] ms-dos file names for automatically generated gifs\n" , "Can't find/open file `%s'\n", "Can't open output file for `%s'\n", "Can't close file `%s' (file is not open)\n", "Insufficient memory\n", "Bad character code: %d\n", "Can't find font number %d\n", "Improper dvi file\n", "Improper op while scanning font defs in postamble\n", "Problem with command line\n", "Font definition repeated in postamble\n", "Empty entry in font environment variable\n", "Can't access directory `%s\n'", "Too many directories in font environment variable\n", "Missing fonts, can't proceed\n", "Invalid header in file `%s'\n", "Checksum inconsistent\n", "MAXFONTS too small: %d\n", "Improper signature at end of file `%s.htf'\n", "Improper signature at start of file `%s.htf'\n", "Improper file `%s.htf'\n", "Couldn't find font `%s.htf' (char codes: ", "File `%s.htf' starts/ends with character code %d (instead of %d)\n", "Implementation problem\n", "Improper groups in \\special{t4ht+}... idv[%d]\n", "Too many characters (> %d) for map line: `%c'\n", "Extra characters in \\special{t4ht%c...", "Page break within a ch map/picture\n", "Char code >255 in htf file: %d\n", "Improper char for code in htf file: %c\n", "Illegal storage address\n", "Floating-point\n", "Interrupt with Cntr-C\n", #ifdef DOS_WIN32 "%c-script too long in tex4ht.env \n", #else "%c-script too long in tex4ht.env (.tex4ht)\n", #endif "Too many rows (> %d) for map: `%c'\n", "More than 256 strings in font\n", "\\special{t4ht;%c...}?\n", "\\special{t4ht;|%s}?\n", "\\special{t4ht~!%s}?\n", "\\special{t4ht\"...%s}?\n", "System error 40\n", "`%c' in \\special{t4ht@...} or \\special{t4ht@-...}?\n", "\\special{t4ht~...} without \\special{t4ht~}\n", "Ignoring \\special{t4ht.%s}\n", "PUSH for \\special{t4ht<...%s}?\n", "Bad character code (%d) in \\special{t4h~}...\n", "Page break in \\special{t4h~}...\n", "tex4ht.fls: Couldn't find file `%s'\n", "Improper entry (line %d)\n", "Improper environment variable %s: `%s'\n", "Missing %s\n", "Can't back from file `%s\n'", "\\special{t4ht%s}?\n", "Improper -v option\n", "" }; static BOOL err_context = FALSE; static U_CHAR *err_mark = (char *) 0; static BOOL trace_special = FALSE; #ifdef WIN32 static BOOL sigint_handler(ARG_I(DWORD)); #endif static void #ifdef CDECL CDECL #endif sig_err(ARG_I(int)); static void* malloc_chk(ARG_I(int)); static void* r_alloc(ARG_II(void *, size_t)); static void strct( ARG_II(char *, const U_CHAR *) ); static void open_o_file( ARG_I(void) ); static FILE* open_html_file( ARG_I(char*) ); static void set_del( ARG_II(char **, U_CHAR **) ); static void try_new_line( ARG_I(void) ); static INTEGER move_x( ARG_I(register INTEGER) ); static INTEGER move_y( ARG_I(register INTEGER) ); static void rule_x( ARG_I(BOOL) ); static BOOL tex4ht_special( ARG_II( int*, long int*) ); static void init_ch_map( ARG_I(void) ); static void insert_ch_map( ARG_II(char,BOOL) ); static void dump_ch_map( ARG_I(void) ); static void set_loc( ARG_II(int, long int) ); static void idv_char( ARG_I(int) ); static void cond_idv_char( ARG_I(int) ); static void idv_copy( ARG_I(void) ); static void cond_idv_int( ARG_II(long int, int) ); static void int_to_dvi( ARG_II(long int, int) ); static void cond_string( ARG_II(int, int) ); static INTEGER advance_idv_page( ARG_II( INTEGER,char*) ); static void store_mv( ARG_II( int, INTEGER) ); static void push_stack( ARG_I(void) ); static void pop_stack( ARG_I(void) ); static struct del_stack_entry* push_del( ARG_II(char, int) ); static struct del_stack_entry* pop_del( ARG_III(char,int,int) ); static struct send_back_entry * rev_list( ARG_I(struct send_back_entry *) ); static struct send_back_entry * back_insert( ARG_II(struct send_back_entry *, int) ); static double pos_dbl( ARG_I(long int *) ); static void doGlyphArray( ARG_I(BOOL) ); static int search_font_tbl( ARG_I(int) ); static int get_html_ch( ARG_I(FILE*) ); static FILE* f_open( ARG_II(const char*,const char*) ); static void dump_htf( ARG_I(FILE*) ); static void dump_env( ARG_I(void) ); static void htf_to_lg( ARG_IV(struct html_font_rec*,char*,int,FILE*)); static INTEGER get_html_file_id( ARG_IV(FILE*, int, int, int) ); static void notify_class_info( ARG_I(int) ); static void script( ARG_IV(char *, U_CHAR *, int, U_CHAR *) ); static void dos_gif_file( ARG_III(char *, int, int) ); static void put_alt_ch( ARG_II( int, BOOL) ); static void get_open_accent( ARG_VII(char**, char**, char**, char**, char**, char**, long int*)); static int scan_class( ARG_I(int) ); static INTEGER set_ch_class( ARG_I(int) ); static int math_class_of( ARG_II(int,int) ); static char* get_script( ARG_III(char *, const U_CHAR *, int) ); static BOOL search_dot_file( ARG_I( int) ); static struct env_var_rec * get_env_var( ARG_I(const char *) ); static void com_dir( ARG_I(char*) ); #ifdef KPATHSEA static void export_htf( ARG_II(char**, char[]) ); #endif static FILE* search_in_dot_file( ARG_IV( int, const U_CHAR *, const U_CHAR *, struct env_var_rec *) ); static FILE* search_file_base( ARG_IV( const U_CHAR *, const U_CHAR *, const U_CHAR *, struct env_var_rec *) ); static char * abs_addr( ARG_II( const U_CHAR *, const U_CHAR *) ); static FILE* search_file( ARG_III(const char *, const U_CHAR *, const U_CHAR *) ); static void add_to_cache( ARG_III(const char*,const char*,int) ); static FILE* search_file_ext( ARG_III(const char *, const U_CHAR *, const U_CHAR *) ); #if defined(DOS_WIN32) || defined(__DJGPP__) static BOOL is_forward_slash( ARG_I(const char*) ); #endif static FILE* f_open_pathed_filename( ARG_II(const char*,const char*) ); static INTEGER put_4ht_ch( ARG_II(int,FILE *) ); static void flush_uni( ARG_I(void) ); static INTEGER insert_ch( ARG_I(int) ); static void put_char( ARG_I(int) ); static void print_f( ARG_I(const char*) ); static void print_f_4ht( ARG_I(const char*) ); static int get_char( ARG_I(void) ); static int get_noop( ARG_I(void) ); static char* get_str( ARG_I(int) ); static long fget_unt( ARG_II(FILE*, int) ); static long fget_int( ARG_II(FILE *, int) ); static long cond_int( ARG_I(register INTEGER) ); static void warn_i( ARG_I(int) ); static void warn_i_int( ARG_II(int,int) ); static void warn_i_int_2( ARG_III(int,int,int) ); static void warn_i_str( ARG_II(int,const char *) ); static void warn_i_str2( ARG_III(int,const char *,const char *) ); static void err_i( ARG_I(int) ); static void err_i_int( ARG_II(int,int) ); static void err_i_str( ARG_II(int,char *) ); static void show_err_context( ARG_I(void) ); #ifdef WIN32 static BOOL sigint_handler #ifdef ANSI #define SEP , ( DWORD dwCtrlType ) #undef SEP #else #define SEP ; (dwCtrlType) DWORD dwCtrlType ; #undef SEP #endif { if( dwCtrlType ){ (IGNORED) printf(" "); } err_i(32); return FALSE; } #endif static void #ifdef CDECL CDECL #endif sig_err #ifdef ANSI #define SEP , ( int s ) #undef SEP #else #define SEP ; (s) int s ; #undef SEP #endif { (void) signal(s,SIG_IGN); switch( s ){ #ifdef SIGSEGV case SIGSEGV: err_i(30); #endif case SIGFPE : err_i(31); #if defined(SIGINT) && !defined(WIN32) case SIGINT : err_i(32); #endif } #ifdef __DJGPP__ if (s != SIGINT && s != SIGQUIT) exit(EXIT_FAILURE); #endif } static void* malloc_chk #ifdef ANSI #define SEP , ( int n ) #undef SEP #else #define SEP ; ( n ) int n ; #undef SEP #endif { void* p; if((p = (void *) malloc( (size_t) n)) == NULL ) bad_mem; return p; } static void* r_alloc #ifdef ANSI #define SEP , ( void *q SEP size_t n ) #undef SEP #else #define SEP ; ( q, n ) void *q SEP size_t n ; #undef SEP #endif { void* p; if((p = (void *) realloc( q, (size_t) n)) == NULL) bad_mem; return p; } static void strct #ifdef ANSI #define SEP , ( U_CHAR * str1 SEP const U_CHAR * str2 ) #undef SEP #else #define SEP ; ( str1, str2 ) U_CHAR * str1 SEP const U_CHAR * str2 ; #undef SEP #endif { U_CHAR * ch; ch = str1 + (int) strlen((char *) str1); (IGNORED) strcpy((char *) ch, str2 ); } static void open_o_file(MYVOID) { struct files_rec* p; p = m_alloc(struct files_rec, 1); if( opened_files != (struct files_rec*) 0 ) opened_files->prev = p; p->prev = (struct files_rec *) 0; p->next = opened_files; opened_files = p; p->name = no_root_file; p->file = cur_o_file = root_file = open_html_file(no_root_file); no_root_file = (char *) 0; } static FILE* open_html_file #ifdef ANSI #define SEP , ( char* name ) #undef SEP #else #define SEP ; (name) char* name ; #undef SEP #endif { FILE* file; char* str; str = m_alloc(char, (int) strlen((char *) name) + 1); (IGNORED) strcpy((char *) str, (char *) name); (IGNORED) printf(" file %s\n", str); (IGNORED) fprintf(log_file, "File: %s\n", str); if( (file = fopen(str, WRITE_TEXT_FLAGS)) == NULL ) bad_in_file(str); free((void *) str); return file; } static void set_del #ifdef ANSI #define SEP , ( U_CHAR ** del SEP U_CHAR ** end_del ) #undef SEP #else #define SEP ; ( del, end_del ) U_CHAR ** del SEP U_CHAR ** end_del ; #undef SEP #endif { *del = m_alloc(char, 1); **del = '\0'; *end_del = m_alloc(char, 1); **end_del = '\0'; } static void try_new_line(MYVOID) { long int v; double dy; dy = (cur_fnt == -1)? 0.0 : ( ( design_size_to_pt( 1.7 * (double) font_tbl[cur_fnt].ex ) * (double) font_tbl[cur_fnt].scale < 0? -1 : 1) * design_size_to_pt( 1.7 * (double) font_tbl[cur_fnt].ex ) * (double) font_tbl[cur_fnt].scale ) ; v = y_val - prev_y_val; if( !text_on && (y_val > max_y_val) ){ if( v > dy/2.5 ){ if( !no_root_file ){ if( needs_end_accent && t_accent_template ){ if( span_on && in_span_ch ){ if( *end_span[0] ){ in_span_ch = FALSE; if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%s", end_span[0]); } } (IGNORED) fprintf(cur_o_file, "%s", t_accent_fifth); needs_end_accent = FALSE; needs_accented_sym--; } if( ! rule_ch_off ){ put_char('\n'); } } max_x_val = -10000; prev_y_val = max_y_val = stack_n? y_val : 0; } }else{ if( v > dy ){ if( !no_root_file ){ if( needs_end_accent && t_accent_template ){ if( span_on && in_span_ch ){ if( *end_span[0] ){ in_span_ch = FALSE; if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%s", end_span[0]); } } (IGNORED) fprintf(cur_o_file, "%s", t_accent_fifth); needs_end_accent = FALSE; needs_accented_sym--; } if( ! rule_ch_off ){ put_char('\n'); } } max_x_val = x_val; prev_y_val = stack_n? y_val : 0; }else if( v < -(dy / 1.4) ) prev_y_val = stack_n? y_val : 0; } } static INTEGER move_x #ifdef ANSI #define SEP , ( register INTEGER d ) #undef SEP #else #define SEP ; ( d ) register INTEGER d ; #undef SEP #endif { register long i, dx; x_val += d; if( (x_val > max_x_val) && x_val ){ if( max_x_val == -10000) max_x_val = x_val - d; i = (INTEGER) ( (double) (dx = x_val - max_x_val) / (text_on? word_sp : margin_sp) + 0.5 ); if( i==0 ){ i = (INTEGER) ( (double) dx / word_sp + 0.5 ); } if( i<0 ) i=0; if( i==0 ){ long curr_pos; BOOL done; int ch, cr_fnt; curr_pos = ftell(dvi_file); done = FALSE; while( !done ){ ch = get_char(); switch( ch ){ case 246 : (void) get_char(); case 245 : (void) get_char(); case 244 : (void) get_char(); case 243 : { for( i=0; i<14; i++ ){ ch = get_char(); } for( i=ch + get_char(); i>0; i--) (void) get_char(); break; } case 141 : case 142 : { break; } default: { if( (ch < 171 ) || (ch > 234 ) ){ done = TRUE; } else { double word_sp; cr_fnt = ch - 171 ; cr_fnt = search_font_tbl( cr_fnt ); word_sp = design_size_to_pt( font_tbl[cr_fnt].word_sp ) * (double) font_tbl[cr_fnt].scale; i = (INTEGER) ( (double) dx / (text_on? word_sp : margin_sp) + 0.5 ); if( i==0 ){ i = (INTEGER) ( (double) dx / word_sp + 0.5 ); } if( i>0 ){ i =1; } } } } } (IGNORED) fseek(dvi_file, curr_pos, 0 ); } if( i ){ if( trace_dvi_H && !ch_map_flag ){ if( *trace_dvi_del_H != '\0' ){ (IGNORED) fprintf(cur_o_file, "%s%d", trace_dvi_del_H, (int) dx); } (IGNORED) fprintf(cur_o_file, "%s", end_trace_dvi_del_H); } } if( !ignore_spaces ){ if( needs_end_accent && t_accent_template ){ if( span_on && in_span_ch ){ if( *end_span[0] ){ in_span_ch = FALSE; if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%s", end_span[0]); } } (IGNORED) fprintf(cur_o_file, "%s", t_accent_fifth); needs_end_accent = FALSE; needs_accented_sym--; } while( i-- ) { text_on=TRUE; put_char(' '); } } else { recover_spaces = (int) i; } max_x_val = x_val; } else if( d && text_on && (x_val != max_x_val) ){ if( !ignore_spaces ){ i = (INTEGER) ( (double) (dx = d) / word_sp + 0.5 ); if( i<0 ) i=0; if( !i ) i = dx>99999L; if( i ){ put_char(' '); } } } return d; } static INTEGER move_y #ifdef ANSI #define SEP , ( register INTEGER d ) #undef SEP #else #define SEP ; ( d ) register INTEGER d ; #undef SEP #endif { y_val += d; if( trace_dvi_V && !ch_map_flag ){ if( *trace_dvi_del_V != '\0' ){ (IGNORED) fprintf(cur_o_file, "%s%d", trace_dvi_del_V, d); } (IGNORED) fprintf(cur_o_file, "%s", end_trace_dvi_del_V); } return d; } static void rule_x #ifdef ANSI #define SEP , ( BOOL tag ) #undef SEP #else #define SEP ; ( tag ) BOOL tag ; #undef SEP #endif { long i, right, up; up = (INTEGER) get_int(4); right = (INTEGER) get_int(4); if( ch_map_flag ){ long int sv_x_val, sv_y_val, sv_right, sv; int ch; sv_x_val = x_val; sv_y_val = y_val; sv_right = right; y_val-=up; if( right < 0 ){ x_val += right; right = -right; } if( up < 0 ){ y_val += up; up = -up; } ch = ( (right > xresolution) && (up > yresolution) ) ? 3 : ( ( right > up )? 1 : 2 ); right += x_val; up += sv = y_val; for( ; x_val < right; x_val += xresolution ) for( y_val = sv ; y_val < up; y_val += yresolution ) insert_ch_map((char) ch, FALSE); x_val = sv_x_val; y_val = sv_y_val; if( sv_x_val + sv_right > max_x_val ) max_x_val = sv_x_val + sv_right; if( tag ) x_val += sv_right; } else if( pos_dvi ){ long int d; if( (up > 0) && (right > 0) ){ if( *pos_line ){ double from_x, from_y; if( no_root_file ){ open_o_file(); } from_x = pos_x_A * (x_val - base_pos_x) + pos_x_B; from_y = pos_y_C * (y_val - pos_y_E * up - base_pos_y) + pos_y_D; switch (rect_pos){ case 1: { (IGNORED) fprintf(cur_o_file, pos_line, from_x, from_y, pos_x_A * right + pos_x_B + from_x, pos_y_C * up + pos_y_D + from_y ); break; } case 2: { (IGNORED) fprintf(cur_o_file, pos_line, from_x, from_y, pos_x_A * right + pos_x_B + from_x, from_y, pos_y_C * up + pos_y_D ); break; } default: { (IGNORED) fprintf(cur_o_file, pos_line, from_x, from_y, pos_x_A * right, pos_y_C * up); } } } if( x_val < min_pos_x ) min_pos_x = x_val; if( (d = x_val + right) > max_pos_x ) max_pos_x = d; if( (d = y_val - up) < min_pos_y ) min_pos_y = d; if( y_val > max_pos_y ) max_pos_y = y_val; } if( tag ) x_val += right; } else if( (up>0) && (right>0) ) { if( (x_val + right) && ( ((x_val + right) > max_x_val) || ( !text_on && !ignore_chs ) ) ){ if( (max_x_val == -10000) || ((x_val + right) <= max_x_val) ) { max_x_val = x_val; } i = (INTEGER) ( (double) (x_val + right - max_x_val) / (text_on? word_sp : margin_sp) + 0.5 ); if( i==0 ){ i = (INTEGER) ( (double) (x_val + right - max_x_val) / word_sp + 0.5 ); } if( i && !text_on ) try_new_line(); if( trace_dvi_R && !ch_map_flag ){ if( *trace_dvi_del_R != '\0' ){ (IGNORED) fprintf(cur_o_file, "%s%d %d", trace_dvi_del_R, (int) x_val, (int) y_val); } (IGNORED) fprintf(cur_o_file, "%s", end_trace_dvi_del_R); } while( i-- ) { text_on=TRUE; if( rule_ch && ! rule_ch_off ){ put_char(rule_ch); } } if( trace_dvi_R && !ch_map_flag ){ if( *trace_dvi_del_r != '\0' ){ (IGNORED) fprintf(cur_o_file, "%s%d %d", trace_dvi_del_R, (int) right, (int) up); } (IGNORED) fprintf(cur_o_file, "%s", end_trace_dvi_del_r); } max_x_val = x_val + right; } if( tag ) x_val += right; } else { if( trace_dvi_R && !ch_map_flag ){ if( *trace_dvi_del_R != '\0' ){ (IGNORED) fprintf(cur_o_file, "%s%d %d", trace_dvi_del_R, (int) x_val, (int) y_val); } (IGNORED) fprintf(cur_o_file, "%s", end_trace_dvi_del_R); } if( trace_dvi_R && !ch_map_flag ){ if( *trace_dvi_del_r != '\0' ){ (IGNORED) fprintf(cur_o_file, "%s%d %d", trace_dvi_del_R, (int) right, (int) up); } (IGNORED) fprintf(cur_o_file, "%s", end_trace_dvi_del_r); } if( tag ) x_val += right; } } static BOOL tex4ht_special #ifdef ANSI #define SEP , ( int *chr SEP long int *special_n ) #undef SEP #else #define SEP ; ( chr, special_n) int *chr SEP long int *special_n ; #undef SEP #endif { BOOL tex4ht; int i; long unsigned N; tex4ht = FALSE; *special_n = (long int) (N = get_unt(*chr - 239 + 1)); for(i=4; i--; ){ special_hd[i] = (unsigned char) (N & 0xFF); N = N >> 8; } if( *special_n > (long int) 4 ){ for(i=4; i<9; i++) special_hd[i]=get_char(); special_hd[9]='\0'; tex4ht = (special_hd[4] == 't') || (special_hd[4] == 'T'); tex4ht = tex4ht && special_hd[5] == '4'; tex4ht = tex4ht && ((special_hd[6] == 'h') || (special_hd[6] == 'H')); tex4ht = tex4ht && ((special_hd[7] == 't') || (special_hd[7] == 'T')); if( tex4ht && trace_special ){ { long curr_pos; int n, i; U_CHAR ch; curr_pos = ftell(dvi_file); print_f("\nSPECIAL: "); ch = special_hd[8]; i=60; for( n=*special_n - 3; n--;){ if( !i ){ (IGNORED) putc( '\n', cur_o_file ); i=70; } else i--; (IGNORED) putc(( (ch>31) && (ch<127))? ch : ' ', cur_o_file); ch = get_char(); } (IGNORED) putc( '\n', cur_o_file ); (IGNORED) fseek(dvi_file, curr_pos, 0 ); } } *chr = special_hd[8]; tex4ht = tex4ht && ( (*chr == '=') || (*chr == '<') || (*chr == '>') || (*chr == '*') || (*chr == '@') || (*chr == ':') || (*chr == '"') || (*chr == '~') || (*chr == ';') || (*chr == '.') || (*chr == '^') || (*chr == '|') || (*chr == '+') || (*chr == '!') ); *special_n -= 5; } else{ special_hd[4]='\0'; } return tex4ht; } static void init_ch_map(MYVOID) { int i; for( i=0; i0? y_val : 0.0) / (double) yresolution + 0.5); if( row >= HEIGHT ){ if( ok_map ){ warn_i_int_2( 34, row, ch); ok_map = FALSE; } return; } x = (x_val>0? x_val : 0.0 ) / (double) xresolution + 0.75; col = (int) x; if( (ch > ' ') && (ch != '-') && (ch != '|') ){ if( row == prevrow ){ if( (col == prevcol + 1) && (x > prev_x + 0.5) ) insert_ch_map(' ', TRUE); else if( (col > prevcol + 1) && (x < prev_x+0.2) && ( ch != '&' )) col = prevcol + 1; }else prevrow = -1; prev_x = x + ( design_size_to_pt( *(font_tbl[cur_fnt].wtbl + (int) ( *(font_tbl[cur_fnt].char_wi + (int) ( (design_ch? design_ch : ch) - font_tbl[cur_fnt].char_f)% 256) )) ) * (double) font_tbl[cur_fnt].scale ) / (double) xresolution; prevcol = col; }else prevrow = -1; prevrow = row; } if(ch != 10){ if( (ch_map[row].max > MAX_MAP_LINE) || (col > MAX_MAP_LINE) ){ if( ok_map ){ warn_i_int_2( 25, MAX_MAP_LINE, ch); ok_map = FALSE; } }else{ if( row < min_map_line ) min_map_line = row; if( row > max_map_line ) max_map_line = row; if( ch_map[row].max ){ int n; char* p; if( ch_map[row].chars > col ){ if( tag ){ if( *(ch_map[row].line + ch_map[row].max - 1) || (ch_map[row].chars - col == 1) ){ ch_map[row].max += 5; ch_map[row].line = (char *) r_alloc((void *) ch_map[row].line, (size_t) ch_map[row].max + 1 ); for( n = 0; n<5; n++ ) *(ch_map[row].line + ch_map[row].max - n) = 0; ch_map[row].chars += 5; } col = (ch_map[row].chars--) - col; p = ch_map[row].line + ch_map[row].max; while( col ){ unsigned char temp_ch; if( ((unsigned char) (*p)) < 4 ) col--; temp_ch = *(--p); *(p+1) = temp_ch; } } else { col = ch_map[row].chars - col; p = ch_map[row].line + ch_map[row].max; while( col ){ if( ((unsigned char) (*p)) < 4 ) col--; p--; } } *(++p) = ch; } else{ n = (col - ch_map[row].chars + 8) / 5 * 5; ch_map[row].chars += n - tag ; ch_map[row].max += n; ch_map[row].line = (char *) r_alloc((void *) ch_map[row].line, (size_t) ch_map[row].max + 1); while( n-- ) *(ch_map[row].line + ch_map[row].max - n) = 0; *(ch_map[row].line + ch_map[row].max - (ch_map[row].chars - col) + ! tag ) = ch; } } else { int n; char* p; ch_map[row].chars = (n = (col + 2 + 5) / 5 * 5) - tag ; ch_map[row].max = n - 1; ch_map[row].line = p = m_alloc(char, n); while( n-- ){ *(p++) = 0; } *(ch_map[row].line + col) = ch; } } } } static void dump_ch_map(MYVOID) { int n, i, min, k, extra_sp; U_CHAR *p; { int max; min = 100; max = 0; for( i=min_map_line; i<=max_map_line; i++ ){ p = ch_map[i].line; n = ch_map[i].max; if( max < n ) max = n; k = 0; while( n-- ){ if(*(p++)) break; k++; } if( ch_map[i].max && (k < min) ) min = k; } if( (max < 78) && !nomargin ) min = 0; } for( i=min_map_line; i<=max_map_line; i++ ){ if( ( n = ch_map[i].max) > 0 ){ p = ch_map[i].line; k = min; extra_sp = 0; { U_CHAR *s; s = p + n; while( n && !(*s) && !(*(s-1)) ){ n--; s--; } if( n && !(*s) && (((unsigned char) *(s-1)) < 4 ) ) n--; } while( 1 + n-- ){ if( --k < 0 ){ if( extra_sp && (((unsigned char) *p) < 4 ) && (((unsigned char) *(p+1)) < 4 ) ) { extra_sp--; } else { switch( *p ){ case 0: { put_char(' '); break; } case 1 : { put_char('-'); break; } case 2 : { put_char('|'); break; } case 3 : { put_char('#'); break; } case ' ': { extra_sp++; } default: { BOOL tag; INTEGER count; tag = TRUE; count = 0; do{ if( *p == '<' ) tag = FALSE; else if( *p == '>' ) tag = TRUE; else count += tag; put_char( *p ); n--; }while( ((unsigned char) *(++p)) >= 4 ); if( !count ){ n++; p--; } break; } } } } p++; } free((void *) ch_map[i].line ); } if( i> 8; ch3 = (unsigned char) (val & 0xFF); val = val >> 8; ch2 = (unsigned char) (val & 0xFF); val = val >> 8; switch( n ){ case 4: idv_char( (int) val ); case 3: idv_char( ch2 ); case 2: idv_char( ch3 ); case 1: idv_char( ch4 ); } } static void cond_string #ifdef ANSI #define SEP , ( int ch SEP int n ) #undef SEP #else #define SEP ; (ch, n) int ch SEP int n ; #undef SEP #endif { cond_idv_char( ch ); while( n-- ) cond_idv_char( get_char() ); } static INTEGER advance_idv_page #ifdef ANSI #define SEP , ( INTEGER bop_addr SEP char* cur_font ) #undef SEP #else #define SEP ; ( bop_addr, cur_font ) INTEGER bop_addr SEP char* cur_font ; #undef SEP #endif { int i; if( page_n++ ){ idv_char( 142 ); file_n++; idv_char( 140 ); file_n++; idv_char( 139 ); idv_int( page_n ); for( i=36; i--; ) idv_char( 0); idv_int( bop_addr ); bop_addr = file_n; file_n += 45; idv_char( 141 ); file_n++; for( i=1; i<=cur_font[0]; i++ ){ idv_char( cur_font[i] ); file_n++; } } store_mv( 151 , dx_1); store_mv( 156 , dx_2); store_mv( 165 , dy_1); store_mv( 170 , dy_2); return bop_addr; } static void store_mv #ifdef ANSI #define SEP , ( int op SEP INTEGER d ) #undef SEP #else #define SEP ; (op, d) int op SEP INTEGER d ; #undef SEP #endif { if( dvi_flag ){ cond_idv_char(op); idv_int( (INTEGER) -d); cond_idv_char(op); idv_int( (INTEGER) d); file_n += 8; } } static void push_stack(MYVOID) { stack[stack_n].x_val = x_val; stack[stack_n].dx_1 = dx_1; stack[stack_n].dx_2 = dx_2; stack[stack_n].y_val = y_val; stack[stack_n].dy_1 = dy_1; stack[stack_n].dy_2 = dy_2; stack[stack_n+1].sv_no_left_del = stack[stack_n+1].no_left_del; stack[stack_n+1].no_left_del = stack[stack_n].no_left_del; stack_n++; if( stack_n > ((int) stack_len + 2) ){ warn_i(40); } stack[stack_n].accented = FALSE; } static void pop_stack(MYVOID) { if( stack[stack_n].accented ){ needs_accented_sym--; stack[stack_n].accented=FALSE; } stack[stack_n].no_left_del = stack[stack_n].sv_no_left_del; --stack_n; x_val = stack[stack_n].x_val; dx_1 = stack[stack_n].dx_1; dx_2 = stack[stack_n].dx_2; y_val = stack[stack_n].y_val; dy_1 = stack[stack_n].dy_1; dy_2 = stack[stack_n].dy_2; } static struct del_stack_entry* push_del #ifdef ANSI #define SEP , ( U_CHAR ch SEP int cr_fnt ) #undef SEP #else #define SEP ; (ch, cr_fnt) U_CHAR ch SEP int cr_fnt ; #undef SEP #endif { struct del_stack_entry *p; p = m_alloc(struct del_stack_entry,1); p->next = del_stack; p->ch = ch; p->fnt = cr_fnt; p->id = ch_id; return p; } static struct del_stack_entry* pop_del #ifdef ANSI #define SEP , ( U_CHAR ch SEP int id_hide SEP int cr_fnt ) #undef SEP #else #define SEP ; (ch, id_hide, cr_fnt) U_CHAR ch SEP int id_hide SEP int cr_fnt ; #undef SEP #endif { if( del_stack != (struct del_stack_entry*) 0 ){ if( (cr_fnt == del_stack->fnt) && ( *(font_tbl[cr_fnt].math + (ch - font_tbl[cr_fnt].char_f)) == del_stack->ch) ){ struct del_stack_entry * p; if( !id_hide && !id_latex ){ sv_id = del_stack->id; } del_stack = (p = del_stack)->next; free((void *) p ); } } return del_stack; } static struct send_back_entry * rev_list #ifdef ANSI #define SEP , ( struct send_back_entry *back_group ) #undef SEP #else #define SEP ; (back_group) struct send_back_entry *back_group ; #undef SEP #endif { struct send_back_entry *p, *q, *t; if( back_group->id == -1 ){ return back_group; } p = back_group; q = p->next; while( p->id != -1 ){ t = q->next; q->next = p; p = q; q = t; } back_group->next = p; return p->next; } static struct send_back_entry * back_insert #ifdef ANSI #define SEP , ( struct send_back_entry *back SEP int id ) #undef SEP #else #define SEP ; (back, id) struct send_back_entry *back SEP int id ; #undef SEP #endif { while( back->id == id ){ struct send_back_entry *p; print_f( back->send ); back = (p = back)->next; free((void *) p->send ); free((void *) p ); } return back; } static double pos_dbl #ifdef ANSI #define SEP , ( long int * special_n ) #undef SEP #else #define SEP ; ( special_n ) long int * special_n ; #undef SEP #endif { U_CHAR ch; double v; int d; v = 0.0; d = 10; while( --(*special_n) > 0 ){ ch = get_char(); if( ('0' <= ch ) && (ch <= '9' ) ){ v += (double) (ch -'0') / d; d *= 10; } else break; } return v; } static void doGlyphArray #ifdef ANSI #define SEP , ( BOOL yLocs ) #undef SEP #else #define SEP ; (yLocs) BOOL yLocs ; #undef SEP #endif { int i, glyphCount; (void) get_unt(4); glyphCount = (INTEGER) get_unt(2); for( i = 0; i < glyphCount; ++i ){ (void) get_int(4); if( yLocs ){ (void) get_int(4); } } for (i = 0; i < glyphCount; ++i){ (void) get_unt(2); } } static int search_font_tbl #ifdef ANSI #define SEP , ( int cur_fnt ) #undef SEP #else #define SEP ; ( cur_fnt ) int cur_fnt ; #undef SEP #endif { int i; for( i=0; i-1 ) && (j<4) && (dump_htf_files<2) ){ (IGNORED) printf("missing delimiter \n"); } (IGNORED) fprintf(stderr,"%d: ",++i); j=0; } } } static void dump_env( MYVOID ) { int ch; if( !dumped_env ){ dumped_env = TRUE; (IGNORED) fseek(dot_file, 0L, 0 ); (IGNORED) fprintf(stderr, "\n----------------------------------------------------\n"); (IGNORED) fprintf(stderr, "environment file\n"); (IGNORED) fprintf(stderr, "----------------------------------------------------\n"); while( (ch = getc(dot_file)) != EOF ){ (IGNORED) putc(ch,stderr); } (IGNORED) fprintf(stderr, "----------------------------------------------------\n"); } } static void htf_to_lg #ifdef ANSI #define SEP , ( struct html_font_rec* html_font SEP char* new_font_name SEP int fonts_n SEP FILE* file ) #undef SEP #else #define SEP ; (html_font, new_font_name, fonts_n, file) struct html_font_rec* html_font SEP char* new_font_name SEP int fonts_n SEP FILE* file ; #undef SEP #endif { int ch, i; for( i = 0 ; i= '0') && (ch <= '9') ){ i = i * 10 + ch - '0'; ch = get_html_ch(file); } if( i != bound ){ (IGNORED) fprintf(stderr,"--- warning --- "); (IGNORED) fprintf(stderr, warn_err_mssg[22] , new_font_name, i, bound); show_err_context(); diff = diff * 1000 + i - bound; } bound = last; } while( ch != '\n' ) ch = get_html_ch(file); return diff; } static void notify_class_info #ifdef ANSI #define SEP , ( int gif_flag ) #undef SEP #else #define SEP ; ( gif_flag ) int gif_flag ; #undef SEP #endif { U_CHAR str[256], *p; str[0] = '\0'; p = gif_open[gif_flag]; if( p ) if( *p ) (IGNORED) strct(str,p); p = gif_alt[gif_flag]; if( p ) if( *p ) (IGNORED) strct(str,p); p = gif_class[gif_flag]; if( p ) if( *p ) (IGNORED) strct(str,p); p = gif_size[gif_flag]; if( p ) if( *p ) (IGNORED) strct(str,p); p = gif_mag[gif_flag]; if( p ) if( *p ) (IGNORED) strct(str,p); p = gif_ord[gif_flag]; if( p ) if( *p ) (IGNORED) strct(str,p); p = gif_end[gif_flag]; if( p ) if( *p ) (IGNORED) strct(str,p); p = str; while( *p ){ if( *p == '\n' ) *p = ' '; p++; } (IGNORED) fprintf(log_file, class_fmt, gif_flag, gif_id[gif_flag]? gif_id[gif_flag] : "", str); } static void script #ifdef ANSI #define SEP , ( U_CHAR *templt SEP U_CHAR *job SEP int page SEP U_CHAR *font ) #undef SEP #else #define SEP ; (templt, job, page, font) U_CHAR *templt SEP U_CHAR *job SEP int page SEP U_CHAR *font ; #undef SEP #endif { U_CHAR *ch, *p; U_CHAR fmt[256]; job[ (int) strlen((char *) job) - 1 ] ='\0'; p = ch = templt; while( TRUE ){ if( *ch == '%' ){ *ch = '\0'; (IGNORED) fprintf(log_file, "%s", p); *(ch++) = '%'; p=fmt; *(p++) = '%'; if( *ch == '\0' ){ job[ (int) strlen((char *) job) ] ='.'; return; } while( *ch != '%' ){ *(p++) = *(ch ++); } *(p+1) = '\0'; switch( *(++ch) ){ case '1':{ *p = 's'; (IGNORED) fprintf(log_file, fmt, job); break;} case '2':{ *p = 'd'; (IGNORED) fprintf(log_file, fmt, page); break;} case '3':{ *p = 's'; (IGNORED) fprintf(log_file, fmt, font); break;} case '%':{ *p = 'c'; (IGNORED) fprintf(log_file, fmt, '%'); break;} default:{ job[ (int) strlen((char *) job) ] ='.'; return;} } p = ++ch; }else ch++; } } static void dos_gif_file #ifdef ANSI #define SEP , ( U_CHAR *str SEP int mag SEP int design_ch ) #undef SEP #else #define SEP ; (str, mag, design_ch) U_CHAR *str SEP int mag SEP int design_ch ; #undef SEP #endif { int n, m, i; struct gif_file_rec * p, * q; U_CHAR *ch; m = n = (int) strlen((char *) str); if( n > 4 ){ if( (p = gif_file) != NULL ){ while( TRUE ){ if( eq_str( str, p->name ) ) break; if( (p = p->next) == gif_file ){ p = NULL; break; } } } if( p == NULL ){ p = m_alloc(struct gif_file_rec, 1); for(i=str[n]; n; ){ i+=str[--n]; if( i > (INT_MAX / 8) ) i/=2; } if( (n=i % BASE) <10 ) n+= 10 + i%(BASE-20); *(ch = p->code)= n; n += i; ch[1] = n%BASE; n += i; ch[2] = n%BASE; n += i; ch[3] = n%BASE; if( gif_file ){ q = gif_file->next; while( TRUE ){ if( (*(q->code) == *ch) && (*(q->code+1) == ch[1]) && (*(q->code) == ch[2]) && (*(q->code+2) == ch[3]) ){ ch[3] ++; ch[2] += ch[3]/ BASE; ch[3] = ch[3] % BASE; ch[1] += ch[2]/ BASE; ch[2] = ch[2] % BASE; ch[1] = ch[1] % BASE; q = gif_file; } else if( q == gif_file ) break; q = q->next; } } (IGNORED) printf("\nRenaming `%s____%s' to `%c%c%c%c____%s'\n", str, gif, xeh[(int)(ch[0])], xeh[(int)(ch[1])], xeh[(int)(ch[2])], xeh[(int)(ch[3])] , gif); p->name = m_alloc(char,m+1); (IGNORED) strcpy((char *) p->name, (char *) str ); if( gif_file ){ p->next = gif_file->next; gif_file->next = p; } else p->next = p; } gif_file = p; for( n=0; n<4; n++ ) str[n] = xeh[(int)(*(p->code + n))]; } str[n++] = xeh[mag<16? 0: mag / 16]; str[n++] = xeh[mag % 16]; str[n++] = xeh[design_ch<16? 0: design_ch / 16]; str[n++] = xeh[design_ch % 16]; str[n] = '\0'; } static void put_alt_ch #ifdef ANSI #define SEP , ( int chr SEP BOOL ch_str_flag ) #undef SEP #else #define SEP ; (chr,ch_str_flag) int chr SEP BOOL ch_str_flag ; #undef SEP #endif { if( !ch_str_flag ) put_char( chr ); else if( chr > 0 ){ unsigned U_CHAR * p; p = font_tbl[cur_fnt].str[chr-1]; if( gif_ch ) print_f( (char *) p ); else while( *p ){ switch( *p ){ case '<': { while( *p && (*p != '>') ) p++; break; } case '>': case '"': { p++; break; } case '\'': { p++; break; } default: { put_char( (int) *p ) ; p++; } } } } } static void get_open_accent #ifdef ANSI #define SEP , ( char **all SEP char **first SEP char **second SEP char **third SEP char **fourth SEP char **fifth SEP long int *n ) #undef SEP #else #define SEP ; (all,first,second,third,fourth,fifth,n) char **all SEP char **first SEP char **second SEP char **third SEP char **fourth SEP char **fifth SEP long int *n ; #undef SEP #endif { char *p, *q; int i; if( *all ){ free((void *) *all); } *all = p = get_str( (int) *n ); *n=0; i = 2; *first = q = p + 1; while ( TRUE ){ if( *q == *p ){ *q = '\0'; switch( i ){ case 2:{ *second = q+1; break; } case 3:{ *third = q+1; break; } case 4:{ *fourth = q+1; break; } case 5:{ *fifth = q+1; break; } } if( i++ == 5 ){ break; } } else if( !*q ){ free((void *) *all); *all = (char *) 0; break; } q++; } } static int scan_class #ifdef ANSI #define SEP , ( int flag ) #undef SEP #else #define SEP ; ( flag ) int flag ; #undef SEP #endif { int math_class; math_class = get_char(); if( (math_class >= '0' ) && (math_class < '0' + 79 ) ){ { math_class -= '0'; } } else { if( flag== 1 ) { switch( math_class ){ case '-': { math_class = 79 ; pause_class++; break; } case '+': { math_class = 79 ; pause_class--; break; } default: { math_class = 0; } } } else if( flag== 2 ) { switch( math_class ){ case ')' : { math_class = ( 79 + 1) ; break; } case '(' : { math_class = ( 79 + 2) ; break; } default: { math_class = 0; } } } else { math_class = 0; } } return math_class; } static INTEGER set_ch_class #ifdef ANSI #define SEP , ( int ch ) #undef SEP #else #define SEP ; (ch) int ch ; #undef SEP #endif { int r_ch; r_ch = ch - font_tbl[cur_fnt].char_f; if( math_class == 5 ){ store_bit_I( font_tbl[cur_fnt].math_closing, r_ch ); *(font_tbl[cur_fnt].math + r_ch) = (char) ((open_del == 256)? ch : open_del); } else { store_bit_Z( font_tbl[cur_fnt].math_closing, r_ch ); *(font_tbl[cur_fnt].math + r_ch) = math_class; } open_del = ( math_class == 4 )? ch : 256; return (INTEGER)( design_size_to_pt( *(font_tbl[cur_fnt].wtbl + (int) ( *(font_tbl[cur_fnt].char_wi + (int) ( ch - font_tbl[cur_fnt].char_f)% 256) ) ) ) * (double) font_tbl[cur_fnt].scale ); } static int math_class_of #ifdef ANSI #define SEP , ( int ch SEP int cur_fnt ) #undef SEP #else #define SEP ; (ch,cur_fnt) int ch SEP int cur_fnt ; #undef SEP #endif { int math_class; math_class = ch - font_tbl[cur_fnt].char_f; return ((get_bit( font_tbl[cur_fnt].math_closing, math_class))? 5 : *( math_class + font_tbl[cur_fnt].math)); } #if defined(DOS_WIN32) || defined(__MSDOS__) static char *get_env_dir #ifdef ANSI #define SEP , ( U_CHAR *progname ) #undef SEP #else #define SEP ; (progname) U_CHAR *progname ; #undef SEP #endif { int i; U_CHAR *p; if(! progname || ! *progname) return NULL; i = (int) strlen((char *) progname); while( (progname[--i] != (int) dir_path_slash(progname) ) && (i > 0) ) ; if(i == 0) return NULL; p = (char *) malloc(i+12); if(p == NULL) return NULL; strncpy(p, progname, i+1); (IGNORED) strcpy((char *) &p[i+1], "tex4ht.env"); return p; } #endif static char* get_script #ifdef ANSI #define SEP , ( char * name SEP const U_CHAR * inln SEP int x ) #undef SEP #else #define SEP ; (name, inln,x) char * name SEP const U_CHAR * inln SEP int x ; #undef SEP #endif { if( !name ) { U_CHAR str[256], *ch; (IGNORED) fseek(dot_file, 0L, 0 ); if( search_dot_file( x ) ){ ch = str; str[254] = '\0'; do{ int int_ch; while((*(ch++) = (char) (int_ch = (int) getc(dot_file)) ) != '\n'){ if( int_ch == EOF ){ *(ch-1)='\n'; break; } if( str[254] ){ warn_i_int(33, x); break; } } }while( (int) getc(dot_file) == x ); *ch = '\0'; } else {(IGNORED) strcpy((char *) str, inln); } ch = m_alloc(char, (int) strlen((char *) str)+2); (IGNORED) strcpy((char *) ch, (char *) str); return ch; }else return name; } static BOOL search_dot_file #ifdef ANSI #define SEP , ( int ch ) #undef SEP #else #define SEP ; ( ch ) int ch ; #undef SEP #endif { int chr; while( TRUE ){ chr = getc(dot_file); if( chr == ch ){ return TRUE; } if( chr == '<' ) { U_CHAR match[256]; int i; for( i = 0; (chr != '\n') && (chr != EOF ) ; i++){ chr = (int) getc(dot_file); match[i] = (U_CHAR) chr; } match[i-1] = '\0'; if( match[0] != '/' ){ BOOL env_skip; for( i = 0; (match[i] != '>') && (match[i] != '\n') && (match[i] != EOF ); i++){} if( match[i] == '>' ){ match[i] = '\0'; } if( envChoice == (struct env_c_rec*) 0 ){ env_skip = !eq_str(match, "default" ); } else { struct env_c_rec *p; env_skip = TRUE; for( p=envChoice; p!=(struct env_c_rec*) 0 ; p = p->next ){ if( eq_str(match, p->option ) ){ env_skip = FALSE; } } } if( env_skip ){ U_CHAR cur_block[90]; BOOL status; (IGNORED) strcpy((char *) cur_block, (char *) match); status = FALSE; while( !status && (chr != EOF) ){ chr = 'x'; for( i = 0; (chr != '\n') && (chr != EOF ) ; i++){ chr = (int) getc(dot_file); match[i] = (U_CHAR) chr; } match[i-1] = '\0'; for(i=0; match[i]!='\0'; i++){ if( match[i] == '>' ){ break; } } if( (match[0] == '<') && (match[1] == '/') && (match[i] == '>') ){ match[i]='\0'; status = eq_str(match+2, cur_block); } else { status = FALSE; } } } } continue; } if( chr == '\n' ){ continue; } do if( chr == EOF ) return FALSE; while( (chr = getc(dot_file)) != '\n' ); } } static struct env_var_rec * get_env_var #ifdef ANSI #define SEP , ( const char *env_var ) #undef SEP #else #define SEP ; ( env_var ) const char *env_var ; #undef SEP #endif { U_CHAR *TEX4HTTFM, *from; struct env_var_rec *tfm_dirs, *p; int env_var_len; tfm_dirs = (struct env_var_rec *) 0; TEX4HTTFM = getenv( env_var ); if( TEX4HTTFM ){ env_var_len = (int) strlen((char *) TEX4HTTFM); if ( *TEX4HTTFM == *(TEX4HTTFM + env_var_len - 1 ) ){ from = TEX4HTTFM + env_var_len - 1; *from = '\0'; do{ from--; if( *from == *TEX4HTTFM ){ char * base; *from = '\0'; base = from + 1; { U_CHAR *str; if( *(from+1) == '~' ){ if( HOME_DIR ){ str = m_alloc(char, strlen((char *) HOME_DIR)+strlen((char *) base)); (IGNORED) sprintf(str,"%s%s", HOME_DIR, base+1); if( access(str,F_OK) ) { warn_i_str2(49, env_var, str); base = NULL; } free((void *) str); } else { if( access(base,F_OK) ) { warn_i_str2(49, env_var, base); base = NULL; } } } else { if( access(base,F_OK) ) { warn_i_str2(49, env_var, base); base = NULL; } } } if( base ){ p = m_alloc(struct env_var_rec, 1); p->next = tfm_dirs; p->base = base; tfm_dirs = p; } } } while (from > TEX4HTTFM ); } else { warn_i_str2( 49, env_var, TEX4HTTFM); } } return tfm_dirs; } static void com_dir #ifdef ANSI #define SEP , ( char* p ) #undef SEP #else #define SEP ; (p) char* p ; #undef SEP #endif { int i; U_CHAR str[256]; (IGNORED) strcpy((char *) str, (char *) p+2 ); i = (int) strlen((char *) str) - 1; if( str[i] == '!' ) str[i] = '\0'; } #ifdef KPATHSEA static void export_htf #ifdef ANSI #define SEP , ( char** export_str SEP char str[] ) #undef SEP #else #define SEP ; (export_str, str) char** export_str SEP char str[] ; #undef SEP #endif { int i; char* p; BOOL found; i = (int) strlen((char *) str) - 1; while( (i>=0) && (str[i] == '\n') ){ str[i--] = '\0'; } while( (i>=0) && (str[i] == ' ') ) { str[i--] = '\0'; } if( (i>=0) && (str[i] == '!') ){ str[i--] = '\0'; } if( (i>=0) && ((str[i] == '/') || (str[i] == '\\')) ){ str[i--] = '\0'; } i -= 8; found = FALSE; while( --i>=0 ){ if( ((str[i] == '/') || (str[i] == '\\')) && (str[i+1]== 'h') && (str[i+2]=='t') && (str[i+3]=='-') && (str[i+4]=='f') && (str[i+5]=='o') && (str[i+6]=='n') && (str[i+7]=='t') && (str[i+8]=='s') && ((str[i+9] == '/') || (str[i+9] == '\\')) ){ p = str + i + 10; i=0; while( *p ){ str[i++] = *(p++); } str[i] = '\0'; found = TRUE; break; } } if( found ){ *export_str = (char *) r_alloc((void *) *export_str, (int) strlen((char *) *export_str) + (int) strlen((char *) str) + 2 ); if( (int) strlen((char *) *export_str) > 0 ){ (IGNORED) strcat((char *) *export_str, ","); } (IGNORED) strcat((char *) *export_str, (char *) str); } } #endif static FILE* search_in_dot_file #ifdef ANSI #define SEP , ( int typ SEP const U_CHAR *name SEP const U_CHAR *flags SEP struct env_var_rec *env_dirs ) #undef SEP #else #define SEP ; ( typ, name, flags, env_dirs) int typ SEP const U_CHAR *name SEP const U_CHAR *flags SEP struct env_var_rec *env_dirs ; #undef SEP #endif { U_CHAR *ch, dir[256]; FILE* file; #ifndef KPATHSEA if( cache_files != (FILE *) 0 ){ U_CHAR cache_dir[256], dot_dir[256], *p, *q; BOOL flag; int n, ch; (IGNORED) fseek(cache_files, 0L, 0 ); ch = (int) getc(cache_files); while ( ch != EOF ){ if ( ch == ' ' ) { q = cache_dir; do *(q++) = ch = (int) getc(cache_files); while( (ch !='\n') && (ch != EOF) ); *(q-1 - (*(q-2) == #if defined(DOS_WIN32) || defined(__DJGPP__) '\\' #else '/' #endif ) #ifdef DOS_WIN32 - (*(q-2) == '/') #endif ) = '\0'; } else { p = name; flag = FALSE; while( *(p++) == ch ){ ch = (int) getc(cache_files); } if( (*(p-1) == '\0') && ((ch == '\n') || (ch == EOF)) ){ flag = TRUE; } else{ while( (ch != '\n') && (ch != EOF) ) { ch = (int) getc(cache_files); } } if( flag ){ flag = FALSE; (IGNORED) fseek(dot_file, 0L, 0 ); while( search_dot_file( typ ) && !flag ){ U_CHAR *q, save_ch; int n, m; q = dot_dir; do *(q++) = ch = (int) getc(dot_file); while( (ch !='\n') && (ch != EOF) ); flag = *(q - 2) = '!'; q -= (flag? 2 : 1); *(q - (*(q-1) == #if defined(DOS_WIN32) || defined(__DJGPP__) '\\' #else '/' #endif ) #ifdef DOS_WIN32 - (*(q-1) == '/') #endif ) = '\0'; if( (n = strlen((char *) dot_dir)) > (m = strlen((char *) cache_dir)) ){ flag = FALSE; } else { save_ch = *(cache_dir + n); *(cache_dir + n) = '\0'; flag = eq_str(dot_dir,cache_dir) && ( flag || (m == n) ); *(cache_dir + n) = save_ch; } } if( flag ){ n = (int) strlen((char *) cache_dir); cache_dir[n] = dir_path_slash(cache_dir); cache_dir[n+1] = '\0'; (IGNORED) strcat((char *) cache_dir, (char *) name); } } } if ( ch != EOF ){ ch = (int) getc(cache_files); } } } #endif (IGNORED) fseek(dot_file, 0L, 0 ); while( search_dot_file( typ ) ){ ch = dir; while((*(ch++) = (int) getc(dot_file)) > ' '); while(*(ch-1) != '\n'){ *(ch-1) = (int) getc(dot_file); } *(ch-1) = '\0'; file = search_file_base(name, dir, flags, env_dirs); if( file != NULL ){ #ifndef KPATHSEA tex4ht_fls = TRUE; #endif return file; } } return NULL; } static FILE* search_file_base #ifdef ANSI #define SEP , ( const U_CHAR *name SEP const U_CHAR *dir SEP const U_CHAR *flags SEP struct env_var_rec *env_dirs ) #undef SEP #else #define SEP ; ( name, dir, flags, env_dirs) const U_CHAR *name SEP const U_CHAR *dir SEP const U_CHAR *flags SEP struct env_var_rec *env_dirs ; #undef SEP #endif { U_CHAR *p; FILE* file; if( *dir == '~' ){ while( TRUE ){ p = abs_addr(dir, env_dirs? env_dirs->base : NULL); file = search_file(name, p, flags); free((void *) p); if( file || !env_dirs ){ return file; } env_dirs = env_dirs->next; } } else { file = search_file(name, dir, flags); } return file; } static char * abs_addr #ifdef ANSI #define SEP , ( const U_CHAR *dir SEP const U_CHAR *base ) #undef SEP #else #define SEP ; ( dir, base) const U_CHAR *dir SEP const U_CHAR *base ; #undef SEP #endif { U_CHAR *p; p = m_alloc(char, (int) strlen( dir ) + (base? (int) strlen( base ):0) + (int) strlen((char *) HOME_DIR ) + 1 ); *p = '\0'; if( (*(dir+1) == '~') && base ){ if( *base == '~' ){ (IGNORED) strct(p, HOME_DIR); (IGNORED) strct(p, base+1); } else { (IGNORED) strct(p, base); } (IGNORED) strct(p, dir+2); } else { (IGNORED) strct(p, HOME_DIR); (IGNORED) strct(p, dir+1); } return p; } static FILE* search_file #ifdef ANSI #define SEP , ( const char *name SEP const U_CHAR *dir SEP const U_CHAR *flags ) #undef SEP #else #define SEP ; ( name, dir, flags ) const char *name SEP const U_CHAR *dir SEP const U_CHAR *flags ; #undef SEP #endif { FILE* file; U_CHAR str[256]; int i; BOOL subs; if( (file = f_open(name, flags)) != NULL ){ return file; } (IGNORED) strcpy((char *) str, dir); i = (int) strlen((char *) str) - 1; subs = str[i] == '!'; if( subs ) str[i] = '\0'; else i++; (IGNORED) strct(str, #if defined(DOS_WIN32) || defined(__DJGPP__) (( dir[i-1] == '/') || ( dir[i-1] == '\\')) ? "" : (is_forward_slash(dir)? "/" : "\\" ) #else (dir[i-1] == '/')? "" : "/" #endif ); (IGNORED) strct(str,name); if( (file = f_open(str, flags)) != NULL ){ str[i] = '\0'; add_to_cache(str,name,i); return file; } str[i] = '\0'; return subs? search_file_ext( name, str, flags): FALSE; } static void add_to_cache #ifdef ANSI #define SEP , ( const char* dir SEP const char* name SEP int n ) #undef SEP #else #define SEP ; (dir,name,n) const char* dir SEP const char* name SEP int n ; #undef SEP #endif { struct cache_font_rec *cur_cache_font; { int found; found = FALSE; for( cur_cache_font = cache_font; cur_cache_font; cur_cache_font = cur_cache_font->next ) { found = found || eq_str(cur_cache_font->dir, dir ) ; if( found ) break; } if( !found ){ cur_cache_font = m_alloc(struct cache_font_rec, 1); cur_cache_font->cache_file = (struct cache_file_rec *) 0; cur_cache_font->dir = m_alloc(char, n+1); (IGNORED) strcpy((char *) cur_cache_font->dir, dir); if( !cache_font ){ cur_cache_font->next = cache_font; cache_font = cur_cache_font; } else if ( gt_str(cache_font->dir, dir) ) { cur_cache_font->next = cache_font; cache_font = cur_cache_font; } else { struct cache_font_rec * after_cache_font; after_cache_font = cache_font; while( after_cache_font->next ){ if ( gt_str(after_cache_font->next->dir, dir) ) { break; } after_cache_font = after_cache_font->next; } cur_cache_font->next = after_cache_font->next; after_cache_font->next = cur_cache_font; } } } { struct cache_file_rec *file_rec, *prev_file_rec; prev_file_rec = (struct cache_file_rec *) 0; file_rec = cur_cache_font->cache_file; while( file_rec ) { if( !gt_str(name,file_rec->file) ) break; prev_file_rec = file_rec; file_rec = file_rec->next; } { struct cache_file_rec * file_entry; BOOL flag; flag = TRUE; if( file_rec ) { if( eq_str(name,file_rec->file) ){ flag = FALSE; } } if( flag ) { file_entry = m_alloc(struct cache_file_rec, 1); file_entry->file = m_alloc(char, strlen(name)+1); (IGNORED) strcpy((char *) file_entry->file, name); if( ! cur_cache_font->cache_file ){ cur_cache_font->cache_file = file_entry; file_entry->next = (struct cache_file_rec *) 0; } else if( !prev_file_rec ){ file_entry->next = cur_cache_font->cache_file; cur_cache_font->cache_file = file_entry; } else { file_entry->next = prev_file_rec->next; prev_file_rec->next = file_entry; } } } } } static FILE* search_file_ext #ifdef ANSI #define SEP , ( const char *name SEP const U_CHAR *dir SEP const U_CHAR *flags ) #undef SEP #else #define SEP ; ( name, dir, flags ) const char *name SEP const U_CHAR *dir SEP const U_CHAR *flags ; #undef SEP #endif { U_CHAR str[256]; FILE* file; int n; n = (int) strlen(dir); (IGNORED) sprintf(str, #if defined(DOS_WIN32) || defined(__DJGPP__) (( dir[n-1] == '/') || ( dir[n-1] == '\\')) ? "%s%s" : (is_forward_slash(dir)? "%s/%s" : "%s\\%s" ) #else (dir[n-1] == '/')? "%s%s" : "%s/%s" #endif , dir, name); if( (file = f_open(str,flags)) != NULL ){ add_to_cache(dir,name,n); return file; } if( (str[n] == #if defined(DOS_WIN32) || defined(__DJGPP__) '\\' #else '/' #endif ) #ifdef DOS_WIN32 || (str[n] == '/' ) #endif ) n++; str[n-1] = '\0'; #ifndef NOSUBDIR #ifdef WIN32 { WIN32_FIND_DATA find_file_data; HANDLE hnd; int proceed; (IGNORED) strcpy((char *) dirname, (char *) str); strct(dirname, (is_forward_slash(dirname)? "/" : "\\") ); strct(dirname, "*.*"); hnd = FindFirstFile(dirname, &find_file_data); if (hnd != INVALID_HANDLE_VALUE) { proceed = 1; while (proceed) { if( !eq_str(find_file_data.cFileName, ".") && !eq_str(find_file_data.cFileName, "..") ) { (IGNORED) strcpy((char *) str+n, (char *) find_file_data.cFileName ); str[n-1] = dir_path_slash(str); if (find_file_data.dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY) { if( (file = search_file_ext(name, str, flags)) != NULL ){ FindClose(hnd); return file; } } } proceed = FindNextFile(hnd, &find_file_data); } FindClose(hnd); } } #else { DIR *dp; #ifdef STRUCT_DIRECT struct direct #else struct dirent #endif *dirp; struct STSTAT buf; if( (dp = opendir( str )) != NULL ){ while( (dirp = readdir(dp)) != NULL ){ if( !eq_str(dirp->d_name, ".") && !eq_str(dirp->d_name, "..") ) { (IGNORED) strcpy((char *) str+n, (char *) dirp->d_name ); str[n-1] = dir_path_slash(str); if( LSTAT(str, &buf) >= 0 ) if( S_ISDIR( buf.st_mode ) ) if( (file = search_file_ext(name, str, flags)) != NULL ){ (void) closedir(dp); return file; } } } (void) closedir(dp); } } #endif #endif return NULL; } #if defined(DOS_WIN32) || defined(__DJGPP__) static BOOL is_forward_slash #ifdef ANSI #define SEP , ( const char* str ) #undef SEP #else #define SEP ; (str) const char* str ; #undef SEP #endif { while( *str ){ if( *(str++) == '/' ) { return TRUE; } } return FALSE; } #endif static FILE* f_open_pathed_filename #ifdef ANSI #define SEP , ( const char* name SEP const char* flags ) #undef SEP #else #define SEP ; ( name, flags ) const char* name SEP const char* flags ; #undef SEP #endif { FILE* file; U_CHAR *str; file = NULL; if( *name == '~' ){ if( HOME_DIR ){ str = m_alloc(char, strlen((char *) HOME_DIR)+strlen(name)); (IGNORED) sprintf(str,"%s%s", HOME_DIR, name+1); file = f_open(str,flags); free((void *) str); } } else { file = f_open( name, flags ); } return file; } static INTEGER put_4ht_ch #ifdef ANSI #define SEP , ( int ch SEP FILE* htFile ) #undef SEP #else #define SEP ; (ch,htFile) int ch SEP FILE* htFile ; #undef SEP #endif { int c; c = ch; if( ch=='&' ){ flush_uni(); if( put_4ht_off ){ c = putc( ch, htFile ); } else { uni_code[0] = '&'; uni_code_p = 1; put_4ht_file = htFile; } } else if( uni_code_p ){ if( ch == ';' ){ if( uni_code[1] != '#' ){ flush_uni(); (IGNORED) putc( ch, htFile ); } else{ int i, base, value, digit; if( (uni_code[2] == 'x') || (uni_code[2] == 'X') ){ base =16; i=3; } else { base=10; i=2; } value = 0; for( ; i='0') && (digit<='9') ){ digit -= '0'; } else if( (digit>='A') && (digit<='F') ){ digit -= BASE_A; } else if( (digit>='a') && (digit<='f') ){ digit -= BASE_a; } else { value = -1; break; } if( digit >= base ){ value=-1; break; } value = value*base + digit; } if( value<0 ){ flush_uni(); (IGNORED) putc( ch, htFile ); } else { int bottom, mid, top; BOOL found=FALSE; bottom = 0; top = charset_n; while( !found ){ mid = (bottom + top) / 2; if( value == charset[mid].ch ){ { U_CHAR *p; p = charset[mid].str; while( *p != '\0' ){ if( *p=='\\' ){ p++; if( *p=='\\' ){ (IGNORED) putc( '\\', htFile ); } else { int i; i = *p - '0'; while( *(++p) != '\\' ){ i = 10*i + *p - '0'; } (IGNORED) putc( i, htFile ); } } else { (IGNORED) putc( *p, htFile ); if ( (*p=='&') && u10 ){ if ( *(p+1) == '#' ){ p++; (IGNORED) putc( '#', htFile ); if ( (*(p+1) == 'x') || (*(p+1) == 'X') ){ int value, digit; U_CHAR *q; q = p+2; value = 0; digit = *(q++); while( digit!=0 ){ if( (digit>='0') && (digit<='9') ){ value = value*16 + digit - '0'; } else if( (digit>='A') && (digit<='F') ){ value = value*16 + digit - 'A'+10; } else if( (digit>='a') && (digit<='f') ){ value = value*16 + digit - 'a'+10; } else { if( digit == ';' ){ char uni_10[MAX_UNI_CODE]; int n; n = 0; while( value>0 ){ uni_10[ n++ ] = value % 10 + '0'; value /= 10; } while( n>0 ){ (IGNORED) putc( uni_10[--n], htFile ); } p=q-2; } break; } digit = *(q++); } } } } } p++; } } found = TRUE; } else if( value < charset[mid].ch ){ if( bottom == top ){ break; } top = mid; } else { if ( bottom < mid ){ bottom = mid; } else if ( bottom '9')? ( 10 + ((ch > 'Z')? (ch-'a') : (ch-'A')) ) : (ch-'0')); } if( u10 ){ if( dec == 0 ){ uni_code_p = 3; uni_code[2] = '0'; } else { n = 0; while( dec > 0 ){ uni_10[ n++ ] = dec % 10 + '0'; dec /= 10; } uni_code_p = 2; while( n>0 ){ uni_code[ uni_code_p++ ] = uni_10[ --n ]; } } } else { if( dec < 0x80 ){ uni_code_p = 1; uni_code[0] = dec; } else if( dec < 0x800 ){ uni_code_p = 2; uni_code[0] = (dec >> 6) | 0xC0; uni_code[1] = (dec & 0x3F) | 0x80; } else if( dec < 0x10000 ){ uni_code_p = 3; uni_code[0] = (dec >> 12) | 0xE0; uni_code[1] = ((dec >> 6) & 0x3F) | 0x80; uni_code[2] = (dec & 0x3F) | 0x80; } else if( dec < 0x200000 ){ uni_code_p = 4; uni_code[0] = (dec >> 18) | 0xF0; uni_code[1] = ((dec >> 12) & 0x3F) | 0x80; uni_code[2] = ((dec >> 6) & 0x3F) | 0x80; uni_code[3] = (dec & 0x3F) | 0x80; } else if( dec < 0x4000000 ){ uni_code_p = 5; uni_code[0] = (dec >> 24) | 0xF8; uni_code[1] = ((dec >> 18) & 0x3F) | 0x80; uni_code[2] = ((dec >> 12) & 0x3F) | 0x80; uni_code[3] = ((dec >> 6) & 0x3F) | 0x80; uni_code[4] = (dec & 0x3F) | 0x80; } else if( dec <= 0x7FFFFFFF ){ uni_code_p = 6; uni_code[0] = (dec >> 30) | 0xFC; uni_code[1] = ((dec >> 24) & 0x3F) | 0x80; uni_code[2] = ((dec >> 18) & 0x3F) | 0x80; uni_code[3] = ((dec >> 12) & 0x3F) | 0x80; uni_code[4] = ((dec >> 6) & 0x3F) | 0x80; uni_code[5] = (dec & 0x3F) | 0x80; } else { n = 0; while( dec > 0 ){ uni_10[ n++ ] = dec % 10 + '0'; dec /= 10; } uni_code_p = 2; while( n>0 ){ uni_code[ uni_code_p++ ] = uni_10[ --n ]; } } } } } flush_uni(); if( !utf8 ){ (IGNORED) putc( ch, htFile ); } } } } uni_code_p = 0; } else if ( ((uni_code_p+1) == MAX_UNI_CODE) || ( ((ch<'0') || (ch>'9')) && ((ch<'a') || (ch>'f')) && ((ch<'A') || (ch>'F')) && (ch!='#') && (ch!='x') && (ch!='X') ) ) { flush_uni(); c = putc( ch, htFile ); } else { uni_code[ uni_code_p++ ] = ch; } } else { c = putc( ch, htFile ); } return c; } static void flush_uni( MYVOID ) { int i; for( i=0; i needs_end_accent ){ if( needs_end_accent && t_accent_template ){ if( span_on && in_span_ch ){ if( *end_span[0] ){ in_span_ch = FALSE; if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%s", end_span[0]); } } (IGNORED) fprintf(cur_o_file, "%s", t_accent_fifth); needs_end_accent = FALSE; needs_accented_sym--; } } if( span_on && (default_font != font_tbl[cur_fnt].num) ){ if( !ch_map_flag && start_span ){ if( span_name_on ){ if( no_root_file ){ open_o_file(); } if( span_open[0] ) if( *span_open[0] ) (IGNORED) fprintf(cur_o_file, "%s", span_open[0]); if( span_name[0] ) if( *span_name[0] ) (IGNORED) fprintf(cur_o_file, span_name[0], font_tbl[cur_fnt].family_name); if( span_size[0] ) if( *span_size[0] ) (IGNORED) fprintf(cur_o_file, span_size[0], font_tbl[cur_fnt].font_size); if( span_mag[0] ) if( *span_mag[0] && (font_tbl[cur_fnt].mag != 100)) (IGNORED) fprintf(cur_o_file, span_mag[0], font_tbl[cur_fnt].mag); if( span_ch[0] ) if( *span_ch[0] ) (IGNORED) fprintf(cur_o_file, "%s", span_ch[0]); } start_span = FALSE; } } if( trace_dvi_C ){ if( !ch_map_flag ){ if( no_root_file ){ open_o_file(); } if( *trace_dvi_del_C != '\0' ){ (IGNORED) fprintf(cur_o_file, block_start? "%s%s %d B" : "%s%s %d", trace_dvi_del_C, font_tbl[cur_fnt].name, ch); } (IGNORED) fprintf(cur_o_file,"%s", end_trace_dvi_del_C); } block_start = FALSE; } if( show_class && !pause_class && !ignore_subclass_del){ if( !stack[stack_n].no_left_del && stack[stack_n+1].active_class_del ){ (IGNORED) print_f( (stack[stack_n+1].temp_class_del)? stack[stack_n+1].temp_class_open : stack[stack_n+1].class_open); if( !stack[stack_n+1].ignore_subclass_del ){ math_class = math_class_of( ch, cur_fnt ); (IGNORED) print_f( open_class[math_class]); } } else { math_class = math_class_of( ch, cur_fnt ); (IGNORED) print_f( open_class[math_class]); } } if( pos_dvi ){ long int d; if( *pos_text ){ if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, pos_text, pos_x_A * (x_val - base_pos_x) + pos_x_B, pos_y_C * (y_val - base_pos_y) + pos_y_D); } if( x_val < min_pos_x ) min_pos_x = x_val; if( (d = x_val + (int)( design_size_to_pt( *(font_tbl[cur_fnt].wtbl + (int) ( *(font_tbl[cur_fnt].char_wi + (int) ( ch - font_tbl[cur_fnt].char_f)% 256) ) ) ) * (double) font_tbl[cur_fnt].scale ) ) > max_pos_x ) max_pos_x = d; if( (d = y_val - (int)( design_size_to_pt( *(font_tbl[cur_fnt].htbl + (int) ( ( *(font_tbl[cur_fnt].char_hidp + (int) ( ch - font_tbl[cur_fnt].char_f)% 256) >> 4 ) & 0x0F )) ) * (double) font_tbl[cur_fnt].scale ) ) < min_pos_y ) min_pos_y = d; if( (d = y_val + (int)( design_size_to_pt( *(font_tbl[cur_fnt].dtbl + (int) ( ( *(font_tbl[cur_fnt].char_hidp + (int) ( ch - font_tbl[cur_fnt].char_f)% 256) ) & 0x0F )) ) * (double) font_tbl[cur_fnt].scale ) ) > max_pos_y ) max_pos_y = d; } if( a_accent_template && needs_accented_sym ){ (IGNORED) fprintf(cur_o_file, "%s%s%s%d%s%d%s", a_accent_first, font_tbl[cur_fnt].family_name, a_accent_second, ch, a_accent_third, font_tbl[cur_fnt].accented[ch]? font_tbl[cur_fnt].accented_array[font_tbl[cur_fnt].accented[ch]-1] : 0, a_accent_fourth); } if( next_char != -1 ) { if( no_root_file ){ open_o_file(); } (IGNORED) put_4ht_ch( next_char , cur_o_file ); next_char = -1; } else if( next_str ) { if( keepChar ){ keepChar=FALSE; { int gif_flag, chr, r_ch; BOOL ch_str_flag; r_ch = ch - font_tbl[cur_fnt].char_f; gif_flag = font_tbl[cur_fnt].gif1[r_ch]; ch_str_flag = get_bit( font_tbl[cur_fnt].ch_str, r_ch); chr = ((r_ch == 255) && font_tbl[cur_fnt].ch255 )? 256 : *(font_tbl[cur_fnt].ch + r_ch); if( (gif_flag % 2) || ch_str_flag ){ design_ch = ch; { U_CHAR str[256], *p; BOOL sv; int mag; sv = special_on; special_on = TRUE; if( gif_ch && (gif_flag % 2) ){ if( no_root_file ){ open_o_file(); } if( !gif_open[gif_flag] ){ (IGNORED) sprintf(str, "configuration for htf class %d (char %d of %s.htf)", gif_flag, ch,font_tbl[cur_fnt].name ); warn_i_str(50,str); gif_open[gif_flag] = m_alloc(char, 29 ); (IGNORED) strcpy((char *) gif_open[gif_flag], "\"+++++\"+" ); gif_alt[gif_flag] = gif_open[gif_flag]+11; *(gif_alt[gif_flag] - 1) = '\0'; gif_class[gif_flag] = gif_open[gif_flag]+19; *(gif_class[gif_flag] - 1) = '\0'; gif_size[gif_flag] = gif_open[gif_flag]+20; *(gif_size[gif_flag] - 1) = '\0'; gif_mag[gif_flag] = gif_open[gif_flag]+21; *(gif_mag[gif_flag] - 1) = '\0'; gif_ord[gif_flag] = gif_open[gif_flag]+22; *(gif_ord[gif_flag] - 1) = '\0'; gif_end[gif_flag] = gif_open[gif_flag]+23; *(gif_end[gif_flag] - 1) = '\0'; gif_id[gif_flag] = gif_open[gif_flag]+28; *(gif_id[gif_flag] - 1) = '\0'; } else if( !get_bit( class_on, gif_flag ) ) { notify_class_info(gif_flag); store_bit_I( class_on, gif_flag ); } p= gif_open[gif_flag]; if( p ) if( *p ){ print_f(p); (IGNORED) strcpy((char *) str, (char *) font_tbl[cur_fnt].name); mag = (int) ((double) font_tbl[cur_fnt].scale / font_tbl[cur_fnt].design_sz * 10 ); if( !dos_file_names ){ print_f(font_tbl[cur_fnt].name); if( mag == 10 ) (IGNORED) sprintf(str, GIF_I, design_ch, gif); else (IGNORED) sprintf(str, GIF_II, mag, design_ch, gif); } if( dos_file_names ){ dos_gif_file(str, mag, design_ch); print_f(str); (IGNORED) sprintf(str, GIF_VII, gif); } print_f(str); add_bit( font_tbl[cur_fnt].gif_on, r_ch, 1 ); } p = gif_alt[gif_flag]; if( p ) if( *p ){ print_f(p); put_alt_ch(chr,ch_str_flag); } p = gif_class[gif_flag]; if( p ) if( *p ){ (IGNORED) fprintf(cur_o_file, p, font_tbl[cur_fnt].family_name); } p = gif_size[gif_flag]; if( p ) if( *p ){ (IGNORED) fprintf(cur_o_file, p, font_tbl[cur_fnt].font_size); } p = gif_mag[gif_flag]; if( p ) if( *p && (font_tbl[cur_fnt].mag != 100) ){ (IGNORED) fprintf(cur_o_file, p, font_tbl[cur_fnt].mag); } p = gif_ord[gif_flag]; if( p ) if( *p ){ (IGNORED) fprintf(cur_o_file, p, ch); } p = gif_end[gif_flag]; if( p ) if( *p ){ print_f( p ); } } else { if( !gif_flag || (gif_flag % 2) || ch_map_flag ) { put_alt_ch(chr,ch_str_flag); } else{ if( gif_flag && !get_bit( class_on, gif_flag ) ) { notify_class_info(gif_flag); store_bit_I( class_on, gif_flag ); } if( span_on ){ if( span_open[gif_flag] ) if( *span_open[gif_flag] ){ print_f( span_open[gif_flag] ); } if( span_name[gif_flag] ) if( *span_name[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_name[gif_flag], font_tbl[cur_fnt].family_name); } if( span_size[gif_flag] ) if( *span_size[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_size[gif_flag], font_tbl[cur_fnt].font_size); } if( span_mag[gif_flag] ) if( *span_mag[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_mag[gif_flag], font_tbl[cur_fnt].mag); } if( span_ord[gif_flag] ) if( *span_ord[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_ord[gif_flag], chr); } if( span_ch[gif_flag] ) if( *span_ch[gif_flag] ){ print_f( span_ch[gif_flag] ); } } put_alt_ch(chr,ch_str_flag); if( span_on ){ if( end_span[gif_flag] ) if( *end_span[gif_flag] ){ print_f( end_span[gif_flag] ); } } } } special_on = sv; } design_ch = 0; } else { if( !gif_flag || (gif_flag % 2) || ch_map_flag ) { put_char(chr); } else{ if( no_root_file ){ open_o_file(); } if( gif_flag && !get_bit( class_on, gif_flag ) ) { notify_class_info(gif_flag); store_bit_I( class_on, gif_flag ); } if( span_on ){ if( span_open[gif_flag] ) if( *span_open[gif_flag] ){ print_f( span_open[gif_flag] ); } if( span_name[gif_flag] ) if( *span_name[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_name[gif_flag], font_tbl[cur_fnt].family_name); } if( span_size[gif_flag] ) if( *span_size[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_size[gif_flag], font_tbl[cur_fnt].font_size); } if( span_mag[gif_flag] ) if( *span_mag[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_mag[gif_flag], font_tbl[cur_fnt].mag); } if( span_ord[gif_flag] ) if( *span_ord[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_ord[gif_flag], chr); } if( span_ch[gif_flag] ) if( *span_ch[gif_flag] ){ print_f( span_ch[gif_flag] ); } } put_char(chr); if( span_on ){ if( end_span[gif_flag] ) if( *end_span[gif_flag] ){ print_f( end_span[gif_flag] ); } } } } } } print_f_4ht(next_str); free((void *) next_str); next_str = (char *) 0; } else { if( verb_ch ){ if( no_root_file ){ open_o_file(); } (IGNORED) put_4ht_ch( ch, cur_o_file ); } else { int gif_flag, chr, r_ch; BOOL ch_str_flag; r_ch = ch - font_tbl[cur_fnt].char_f; gif_flag = font_tbl[cur_fnt].gif1[r_ch]; ch_str_flag = get_bit( font_tbl[cur_fnt].ch_str, r_ch); chr = ((r_ch == 255) && font_tbl[cur_fnt].ch255 )? 256 : *(font_tbl[cur_fnt].ch + r_ch); if( (gif_flag % 2) || ch_str_flag ){ design_ch = ch; { U_CHAR str[256], *p; BOOL sv; int mag; sv = special_on; special_on = TRUE; if( gif_ch && (gif_flag % 2) ){ if( no_root_file ){ open_o_file(); } if( !gif_open[gif_flag] ){ (IGNORED) sprintf(str, "configuration for htf class %d (char %d of %s.htf)", gif_flag, ch,font_tbl[cur_fnt].name ); warn_i_str(50,str); gif_open[gif_flag] = m_alloc(char, 29 ); (IGNORED) strcpy((char *) gif_open[gif_flag], "\"+++++\"+" ); gif_alt[gif_flag] = gif_open[gif_flag]+11; *(gif_alt[gif_flag] - 1) = '\0'; gif_class[gif_flag] = gif_open[gif_flag]+19; *(gif_class[gif_flag] - 1) = '\0'; gif_size[gif_flag] = gif_open[gif_flag]+20; *(gif_size[gif_flag] - 1) = '\0'; gif_mag[gif_flag] = gif_open[gif_flag]+21; *(gif_mag[gif_flag] - 1) = '\0'; gif_ord[gif_flag] = gif_open[gif_flag]+22; *(gif_ord[gif_flag] - 1) = '\0'; gif_end[gif_flag] = gif_open[gif_flag]+23; *(gif_end[gif_flag] - 1) = '\0'; gif_id[gif_flag] = gif_open[gif_flag]+28; *(gif_id[gif_flag] - 1) = '\0'; } else if( !get_bit( class_on, gif_flag ) ) { notify_class_info(gif_flag); store_bit_I( class_on, gif_flag ); } p= gif_open[gif_flag]; if( p ) if( *p ){ print_f(p); (IGNORED) strcpy((char *) str, (char *) font_tbl[cur_fnt].name); mag = (int) ((double) font_tbl[cur_fnt].scale / font_tbl[cur_fnt].design_sz * 10 ); if( !dos_file_names ){ print_f(font_tbl[cur_fnt].name); if( mag == 10 ) (IGNORED) sprintf(str, GIF_I, design_ch, gif); else (IGNORED) sprintf(str, GIF_II, mag, design_ch, gif); } if( dos_file_names ){ dos_gif_file(str, mag, design_ch); print_f(str); (IGNORED) sprintf(str, GIF_VII, gif); } print_f(str); add_bit( font_tbl[cur_fnt].gif_on, r_ch, 1 ); } p = gif_alt[gif_flag]; if( p ) if( *p ){ print_f(p); put_alt_ch(chr,ch_str_flag); } p = gif_class[gif_flag]; if( p ) if( *p ){ (IGNORED) fprintf(cur_o_file, p, font_tbl[cur_fnt].family_name); } p = gif_size[gif_flag]; if( p ) if( *p ){ (IGNORED) fprintf(cur_o_file, p, font_tbl[cur_fnt].font_size); } p = gif_mag[gif_flag]; if( p ) if( *p && (font_tbl[cur_fnt].mag != 100) ){ (IGNORED) fprintf(cur_o_file, p, font_tbl[cur_fnt].mag); } p = gif_ord[gif_flag]; if( p ) if( *p ){ (IGNORED) fprintf(cur_o_file, p, ch); } p = gif_end[gif_flag]; if( p ) if( *p ){ print_f( p ); } } else { if( !gif_flag || (gif_flag % 2) || ch_map_flag ) { put_alt_ch(chr,ch_str_flag); } else{ if( gif_flag && !get_bit( class_on, gif_flag ) ) { notify_class_info(gif_flag); store_bit_I( class_on, gif_flag ); } if( span_on ){ if( span_open[gif_flag] ) if( *span_open[gif_flag] ){ print_f( span_open[gif_flag] ); } if( span_name[gif_flag] ) if( *span_name[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_name[gif_flag], font_tbl[cur_fnt].family_name); } if( span_size[gif_flag] ) if( *span_size[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_size[gif_flag], font_tbl[cur_fnt].font_size); } if( span_mag[gif_flag] ) if( *span_mag[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_mag[gif_flag], font_tbl[cur_fnt].mag); } if( span_ord[gif_flag] ) if( *span_ord[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_ord[gif_flag], chr); } if( span_ch[gif_flag] ) if( *span_ch[gif_flag] ){ print_f( span_ch[gif_flag] ); } } put_alt_ch(chr,ch_str_flag); if( span_on ){ if( end_span[gif_flag] ) if( *end_span[gif_flag] ){ print_f( end_span[gif_flag] ); } } } } special_on = sv; } design_ch = 0; } else { if( !gif_flag || (gif_flag % 2) || ch_map_flag ) { put_char(chr); } else{ if( no_root_file ){ open_o_file(); } if( gif_flag && !get_bit( class_on, gif_flag ) ) { notify_class_info(gif_flag); store_bit_I( class_on, gif_flag ); } if( span_on ){ if( span_open[gif_flag] ) if( *span_open[gif_flag] ){ print_f( span_open[gif_flag] ); } if( span_name[gif_flag] ) if( *span_name[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_name[gif_flag], font_tbl[cur_fnt].family_name); } if( span_size[gif_flag] ) if( *span_size[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_size[gif_flag], font_tbl[cur_fnt].font_size); } if( span_mag[gif_flag] ) if( *span_mag[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_mag[gif_flag], font_tbl[cur_fnt].mag); } if( span_ord[gif_flag] ) if( *span_ord[gif_flag] ){ (IGNORED) fprintf(cur_o_file, span_ord[gif_flag], chr); } if( span_ch[gif_flag] ) if( *span_ch[gif_flag] ){ print_f( span_ch[gif_flag] ); } } put_char(chr); if( span_on ){ if( end_span[gif_flag] ) if( *end_span[gif_flag] ){ print_f( end_span[gif_flag] ); } } } } } } if( a_accent_template && needs_accented_sym ){ (IGNORED) fprintf(cur_o_file, "%s", a_accent_fifth); } if( pos_dvi ){ print_f(end_pos_text); } if( show_class && !pause_class && !ignore_subclass_del ){ if( !stack[stack_n].no_left_del && stack[stack_n+1].active_class_del ){ if( !stack[stack_n+1].ignore_subclass_del ){ (IGNORED) print_f( close_class[math_class]); } (IGNORED) print_f( (stack[stack_n+1].temp_class_del)? stack[stack_n+1].temp_class_close : stack[stack_n+1].class_close); stack[stack_n+1].active_class_del = FALSE; } else { (IGNORED) print_f( close_class[math_class]); stack[stack_n+1].active_class_del = FALSE; } } if( trace_dvi_C && !ch_map_flag ){ if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%s%s", trace_dvi_del_c, end_trace_dvi_del_c); } if( needs_end_accent && t_accent_template ){ if( span_on && in_span_ch ){ if( *end_span[0] ){ in_span_ch = FALSE; if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%s", end_span[0]); } } (IGNORED) fprintf(cur_o_file, "%s", t_accent_fifth); needs_end_accent = FALSE; needs_accented_sym--; } text_on = TRUE; } } return (INTEGER)( design_size_to_pt( *(font_tbl[cur_fnt].wtbl + (int) ( *(font_tbl[cur_fnt].char_wi + (int) ( ch - font_tbl[cur_fnt].char_f)% 256) ) ) ) * (double) font_tbl[cur_fnt].scale ); } static void put_char #ifdef ANSI #define SEP , ( int ch ) #undef SEP #else #define SEP ; ( ch ) int ch ; #undef SEP #endif { if( !ignore_chs && !( ((ch==' ') || (ch=='\n')) && no_root_file ) ){ if( no_root_file ){ open_o_file(); } if( ch_map_flag ){ if( special_on || ((ch != '\n') && (ch != ' ')) ){ insert_ch_map((char) ch, TRUE); } }else { if ( ch == '\n' ){ if( eoln_str ){ print_f(eoln_str); } else { (IGNORED) put_4ht_ch( ch, cur_o_file ); } recover_spaces = 0; } else if ( ch == ' ' ){ if( space_str ){ print_f(space_str); } else { (IGNORED) put_4ht_ch( ch, cur_o_file ); } } else { (IGNORED) put_4ht_ch( ch, cur_o_file ); } } } } static void print_f #ifdef ANSI #define SEP , ( const char* str ) #undef SEP #else #define SEP ; (str) const char* str ; #undef SEP #endif { if( no_root_file ){ open_o_file(); } if( ch_map_flag ){ while( *str ){ put_char( *str ); str++; } }else { (IGNORED) print_f_4ht( str ); } } static void print_f_4ht #ifdef ANSI #define SEP , ( const char* str ) #undef SEP #else #define SEP ; (str) const char* str ; #undef SEP #endif { if( no_root_file ){ open_o_file(); } if( ch_map_flag ){ while( *str ){ put_char( *str ); str++; } } else { while( *str ){ (IGNORED) put_4ht_ch( *str, cur_o_file ); str++; } } } static int get_char(MYVOID) { return (int) getc(dvi_file); } static int get_noop(MYVOID) { int ch; while( (ch = get_char()) == 138 ){;} return ch; } static char* get_str #ifdef ANSI #define SEP , ( int n ) #undef SEP #else #define SEP ; (n) int n ; #undef SEP #endif { U_CHAR *q, *p; p = q = m_alloc(char,n+1); while( n-- ) *q++ = get_char(); *q = '\0'; return p; } static long fget_unt #ifdef ANSI #define SEP , ( FILE* file SEP register int n ) #undef SEP #else #define SEP ; ( file, n ) FILE* file SEP register int n ; #undef SEP #endif { register long val = 0; while( n-- ){ val = (val << 8) + (unsigned INTEGER) getc(file) ; } return val; } static long fget_int #ifdef ANSI #define SEP , ( FILE *file SEP int n ) #undef SEP #else #define SEP ; ( file, n ) FILE *file SEP int n ; #undef SEP #endif { register long val; val = (unsigned INTEGER) getc(file); if( val & 0x80 ) val -= 0x100; while( --n ){ val = (val << 8) + (unsigned INTEGER) getc(file); } return val; } static long cond_int #ifdef ANSI #define SEP , ( register INTEGER n ) #undef SEP #else #define SEP ; ( n ) register INTEGER n ; #undef SEP #endif { register long val; int ch; val = (unsigned int) (ch = get_char()); cond_idv_char( ch ); if( val & 0x80 ) val -= 0x100; while( --n ){ val = (val << 8) + (unsigned int) (ch = get_char()); cond_idv_char( ch ); } return val; } static void warn_i #ifdef ANSI #define SEP , ( int n ) #undef SEP #else #define SEP ; (n) int n ; #undef SEP #endif { (IGNORED) fprintf(stderr,"--- warning --- "); (IGNORED) fprintf(stderr, "%s", warn_err_mssg[n]); show_err_context(); } static void warn_i_int #ifdef ANSI #define SEP , ( int n SEP int i ) #undef SEP #else #define SEP ; (n,i) int n SEP int i ; #undef SEP #endif { (IGNORED) fprintf(stderr,"--- warning --- "); (IGNORED) fprintf(stderr, warn_err_mssg[n], i); show_err_context(); } static void warn_i_int_2 #ifdef ANSI #define SEP , ( int n SEP int i SEP int j ) #undef SEP #else #define SEP ; (n,i,j) int n SEP int i SEP int j ; #undef SEP #endif { (IGNORED) fprintf(stderr,"--- warning --- "); (IGNORED) fprintf(stderr, warn_err_mssg[n], i, j); show_err_context(); } static void warn_i_str #ifdef ANSI #define SEP , ( int n SEP const char *str ) #undef SEP #else #define SEP ; (n,str) int n SEP const char *str ; #undef SEP #endif { (IGNORED) fprintf(stderr,"--- warning --- "); (IGNORED) fprintf(stderr,warn_err_mssg[n], str); show_err_context(); } static void warn_i_str2 #ifdef ANSI #define SEP , ( int n SEP const char *str1 SEP const char *str2 ) #undef SEP #else #define SEP ; (n,str1,str2) int n SEP const char *str1 SEP const char *str2 ; #undef SEP #endif { (IGNORED) fprintf(stderr,"--- warning --- "); (IGNORED) fprintf(stderr,warn_err_mssg[n], str1,str2); show_err_context(); } static void err_i #ifdef ANSI #define SEP , ( int n ) #undef SEP #else #define SEP ; (n) int n ; #undef SEP #endif { (IGNORED) fprintf(stderr,"--- error --- "); (IGNORED) fprintf(stderr, "%s", warn_err_mssg[n]); show_err_context(); exit(EXIT_FAILURE); } static void err_i_int #ifdef ANSI #define SEP , ( int n SEP int i ) #undef SEP #else #define SEP ; (n,i) int n SEP int i ; #undef SEP #endif { (IGNORED) fprintf(stderr,"--- error --- "); (IGNORED) fprintf(stderr, warn_err_mssg[n], i); show_err_context(); exit(EXIT_FAILURE); } static void err_i_str #ifdef ANSI #define SEP , ( int n SEP U_CHAR *str ) #undef SEP #else #define SEP ; (n,str) int n SEP U_CHAR *str ; #undef SEP #endif { (IGNORED) fprintf(stderr,"--- error --- "); (IGNORED) fprintf(stderr, warn_err_mssg[n], str); show_err_context(); exit(EXIT_FAILURE); } static void show_err_context(MYVOID) { long curr_pos; int n, i; U_CHAR ch; if( err_context ){ curr_pos = ftell(dvi_file); for(n=6; n--;){ (IGNORED) putc( '\n', stderr ); for(i=70; i--;){ ch = get_char(); (IGNORED) putc(( (ch>31) && (ch<127))? ch : ' ', stderr); } } (IGNORED) fseek(dvi_file, curr_pos, 0 ); (IGNORED) putc( '\n', stderr ); (IGNORED) putc( '\n', stderr ); if( err_mark ){ print_f( err_mark ); } } } int #ifdef CDECL CDECL #endif main #ifdef ANSI #define SEP , ( int argc SEP U_CHAR **argv ) #undef SEP #else #define SEP ; (argc, argv) int argc SEP U_CHAR **argv ; #undef SEP #endif { register INTEGER i; int ch; int unread_pages; long int eof_op_n, begin_postamble; int dis_pages; int stack_id=0; static struct css_ext_rec * css_ext = (struct css_ext_rec *) 0; static char css_default[] = "4cs"; BOOL in_accenting; char* tex4ht_env_file = (char *) 0; char* dos_env_file = #if defined(DOS_WIN32) || defined(__MSDOS__) get_env_dir(argv[0]) ; #endif #if !defined(DOS_WIN32) && !defined(__MSDOS__) (char *) 0; #endif struct htf_com_rec* htf_font_dir = (struct htf_com_rec *) 0; #ifdef SIGSEGV (void) signal(SIGSEGV,sig_err); #endif (void) signal(SIGFPE,sig_err); #ifdef WIN32 SetConsoleCtrlHandler((PHANDLER_ROUTINE)sigint_handler, TRUE); #else #ifdef SIGINT (void) signal(SIGINT,sig_err); #endif #endif (IGNORED) printf("----------------------------\n"); #ifndef KPATHSEA #ifdef PLATFORM (IGNORED) printf("tex4ht.c (2010-11-17-10:41 %s)\n",PLATFORM); #else (IGNORED) printf("tex4ht.c (2010-11-17-10:41)\n"); #endif #else #ifdef PLATFORM (IGNORED) printf("tex4ht.c (2010-11-17-10:41 %s kpathsea)\n",PLATFORM); #else (IGNORED) printf("tex4ht.c (2010-11-17-10:41 kpathsea)\n"); #endif #endif for(i=0; i1)?"\n " : "", argv[i]); } (IGNORED) printf("\n"); set_del( &trace_dvi_del_P, &end_trace_dvi_del_P); set_del( &trace_dvi_del_p, &end_trace_dvi_del_p); set_del( &trace_dvi_del_C, &end_trace_dvi_del_C); set_del( &trace_dvi_del_c, &end_trace_dvi_del_c); set_del( &trace_dvi_del_H, &end_trace_dvi_del_H); set_del( &trace_dvi_del_h, &end_trace_dvi_del_h); set_del( &trace_dvi_del_R, &end_trace_dvi_del_R); set_del( &trace_dvi_del_r, &end_trace_dvi_del_r); set_del( &trace_dvi_del_V, &end_trace_dvi_del_V); set_del( &trace_dvi_del_v, &end_trace_dvi_del_v); dvi_file = stdin; { U_CHAR *yes = NULL; system_yes = (system( yes ) != 0); } { int i; for( i=8; i--; ){ halign[i] = m_alloc(struct halign_rec, 1); halign[i]->str = m_alloc(char, 1); *(halign[i]->str) = '\0'; halign[i]->refs = 1; } } del_stack = (struct del_stack_entry *) 0; back_id_off = 1; id_latex = 0; back_token = back_group = m_alloc(struct send_back_entry,1); back_token->id = -1; pos_text = pos_line = end_pos_body = end_pos_text = pos_body = m_alloc(char, (int) 1); (IGNORED) strcpy((char *) pos_text, "" ); margin_sp = (double) MARGINSP; { int i; i=256; while( i-- ) { span_name[i] = span_open[i] = span_size[i] = span_mag[i] = span_ch[i] = end_span[i] = span_ord[i] = gif_id[i] = NULL; if( (i>0) && !(i%2) ) { store_bit_Z( class_on, i ); } else { store_bit_I( class_on, i ); } } } in_accenting = FALSE; for( math_class=0; math_class< 79 ; math_class++ ){ open_class[math_class] = m_alloc(char, 1); close_class[math_class] = m_alloc(char, 1); *(open_class[math_class]) = *(close_class[math_class]) = '\0'; } HOME_DIR = getenv("HOME"); { long file_len; { int i; U_CHAR *p; const U_CHAR *in_name = "", *out_name = ""; #ifdef KPATHSEA kpse_set_program_name (argv[0], NULL); #endif #if !defined(DOS_GIF_FILE) && !defined(WIN32) && defined(__DJGPP__) dos_file_names = !_use_lfn(NULL); #endif if( argc == 1 ){ bad_arg; } for(i=1; ioption = p+2; temp->next = envChoice; envChoice = temp; break;} case 'e':{ tex4ht_env_file = p+2; break; } case 'f':{ p = p + 2; in_name = p + (int) strlen((char *) p ); while( *in_name != *p ){ in_name--; } in_name++; break; } case 'F':{ char *digit = p+2; ignore_ch = 0; while( *digit != '\0' ){ if( (*digit < '0') || (*digit > '9') ){ ignore_ch = 0; break; } ignore_ch = 10 * ignore_ch + (*digit - '0'); if( ignore_ch > 255 ){ ignore_ch = 0; break; } digit++; } break; } case 'g':{ gif = p+2; break; } case 'h':{ switch( *(p+2) ){ case 'e':{ err_context = TRUE; break; } case 'f':{ dump_htf_files = 1; break; } case 'F':{ dump_htf_search = TRUE; break; } case 's':{ trace_special = TRUE; break;} case 'g':{ trace_dvi_P++; if( !( *trace_dvi_del_P || *end_trace_dvi_del_P || *trace_dvi_del_p || *end_trace_dvi_del_p ) ){ trace_dvi_del_P = (char *) r_alloc((void *) trace_dvi_del_P, (size_t) 4); (IGNORED) strcpy((char *) trace_dvi_del_P, "[G " ); end_trace_dvi_del_P = (char *) r_alloc((void *) end_trace_dvi_del_P, (size_t) 2); (IGNORED) strcpy((char *) end_trace_dvi_del_P, "]" ); trace_dvi_del_p = (char *) r_alloc((void *) trace_dvi_del_p, (size_t) 5); (IGNORED) strcpy((char *) trace_dvi_del_p, "[/G " ); end_trace_dvi_del_p = (char *) r_alloc((void *) end_trace_dvi_del_p, (size_t) 2); (IGNORED) strcpy((char *) end_trace_dvi_del_p, "]" ); } break;} case 'v':{ dump_env_files = TRUE; break; } case 'V':{ dump_env_search = TRUE; break; } default:{ bad_arg; } } break; } case 'i':{ com_dir(p); { struct htf_com_rec *q, *t; q = m_alloc( struct htf_com_rec, 1); q->name = p+2; q->next = (struct htf_com_rec *) 0; if( htf_font_dir ){ t = htf_font_dir; while( t->next ){ t = t->next; } t->next = q; } else { htf_font_dir = q; } } break; } case 'l':{ #ifndef KPATHSEA tex4ht_fls_name = p+2; #endif break; } case 'P':{ { struct sys_call_rec *q; q = m_alloc(struct sys_call_rec, 1); q->next = system_calls; q->filter = p + 2; system_calls = q; } break; } case 'S':{ font_gif = p+2; break; } case 's':{ struct css_ext_rec * css = m_alloc(struct css_ext_rec, 1);; css->name = p + 2; css->next = css_ext; css_ext = css; break; } case 't':{ com_dir(p); fontdir[fontdir_count++] = p+2; break; } case 'u':{ if( eq_str(p+2, "10") ){ u10 = TRUE; } else if( eq_str(p+2, "tf8") ){ utf8 = TRUE; } else{ bad_arg;} break; } case 'v':{ { U_CHAR *q; q = p + 2; id_version = 0; while( *q != '\0' ){ if( id_version != -1 ){ if( (*q < '0') || (*q > '9') ){ id_version = -1; warn_i(53); } id_version = id_version * 10 + *q - '0'; } q++; } } break; } case 'x':{ switch( *(p+2) ){ case 's':{ dos_file_names = TRUE; break; } default:{ bad_arg; } } break; } case '.':{ ext = p+1; break; } default:{ bad_arg; } } } else in_name = argv[i]; } if( css_ext == (struct css_ext_rec *) 0 ){ struct css_ext_rec * css = m_alloc(struct css_ext_rec, 1);; css->name = css_default; css->next = css_ext; css_ext = css; } if( *in_name != '\0' ){ BOOL tag; job_name_n = (int) strlen( in_name ); job_name = m_alloc(char, job_name_n+6); (IGNORED) strcpy((char *) job_name, in_name); tag = job_name_n < 3; if( !tag ){ tag = !eq_str( job_name+job_name_n- ( (ext==NULL)? 4 : (int) strlen((char *) ext) ) , ( (ext==NULL)? ".dvi" : ext ) ); } if( tag ){ job_name_n+= ( (ext==NULL)? 4 : (int) strlen((char *) ext) ) ; (IGNORED) strct(job_name, ( (ext==NULL)? ".dvi" : ext ) ); } if( (dvi_file = fopen(job_name, READ_BIN_FLAGS)) == NULL ) { { int i; for(i=job_name_n-5; i; i--){ if( job_name[i] == '.' ){ job_name[i] = '\0'; job_name_n = i + ( (ext==NULL)? 4 : (int) strlen((char *) ext) ) ; (IGNORED) strct(job_name, ( (ext==NULL)? ".dvi" : ext ) ); break; } } if( (dvi_file = fopen(job_name, READ_BIN_FLAGS)) == NULL ){ warn_i_str(1, job_name); bad_in_file(job_name); } } } job_name[job_name_n-1] = 'v'; job_name[job_name_n-2] = 'd'; job_name[job_name_n-3] = 'i'; if( (idv_file = fopen(job_name, WRITE_BIN_FLAGS)) == NULL ) bad_in_file(job_name); } #ifdef KPATHSEA #ifdef KWIN32 else if (!isatty(fileno(stdin))) SET_BINARY(fileno(stdin)); #endif #endif { U_CHAR *name=0; if( *out_name == '\0' ) { if( *in_name == '\0' ){ bad_arg; } else { int n = (int) strlen((char *) job_name ); name = m_alloc(char, 6 + n); (IGNORED) strcpy((char *) name, (char *) job_name); n -= 4; *(name + n) = '\0'; (IGNORED) strct(name,".html"); #ifdef HTM name[n+4] ='\0'; #endif } } else{ int tag = 1; int n = (int) strlen( out_name ); name = m_alloc(char, 6 + n); (IGNORED) strcpy((char *) name, out_name); while( n-- ) tag = tag && (*(name+n) != '.') ; if( tag ) (IGNORED) strct(name,".html"); #ifdef HTM name[n+4] = '\0'; #endif } no_root_file = name; } } { U_CHAR str[PATH_MAX], *TEX4HTENV; if( dump_env_search && tex4ht_env_file ){ (IGNORED) printf("-e: %s?\n", tex4ht_env_file); } dot_file = tex4ht_env_file? f_open_pathed_filename( tex4ht_env_file, READ_TEXT_FLAGS ) : NULL; if( !dot_file ){ if( dump_env_search ){ (IGNORED) printf("%s?\n", "tex4ht.env"); } dot_file = f_open("tex4ht.env", READ_TEXT_FLAGS); } #ifndef DOS_WIN32 if( !dot_file ){ if( dump_env_search ){ (IGNORED) printf("%s?\n", ".tex4ht"); } dot_file = f_open(".tex4ht", READ_TEXT_FLAGS); if( dot_file ){ printf("(%s)\n", ".tex4ht"); } } #endif if( !dot_file ){ TEX4HTENV = getenv("TEX4HTENV"); if( TEX4HTENV ){ if( dump_env_search ){ (IGNORED) printf("TEX4HTENV: %s?\n", TEX4HTENV); } dot_file = f_open_pathed_filename(TEX4HTENV,READ_TEXT_FLAGS); } else { if( dump_env_search ){ (IGNORED) printf("getenv(\"TEX4HTENV\")=\n"); } } } if( !dot_file ){ if( HOME_DIR ){ (IGNORED) sprintf(str, #if defined(DOS_WIN32) || defined(__DJGPP__) is_forward_slash(HOME_DIR)? "%s/tex4ht.env" : "%s\\tex4ht.env" #else "%s/tex4ht.env" #endif , HOME_DIR); if( dump_env_search ){ (IGNORED) printf("%s?\n", str); } dot_file = f_open(str,READ_TEXT_FLAGS); } } #ifndef DOS_WIN32 if( !dot_file ){ if( HOME_DIR ){ (IGNORED) sprintf(str,"%s/.tex4ht", HOME_DIR); if( dump_env_search ){ (IGNORED) printf("%s?\n", str); } dot_file = f_open(str,READ_TEXT_FLAGS); } } #endif #if defined(DOS_WIN32) || defined(__MSDOS__) if( !dot_file ){ if( dump_env_search ){ (IGNORED) printf("%s?\n", "C:/tex4ht.env"); } dot_file = f_open("C:/tex4ht.env",READ_TEXT_FLAGS); } #endif #ifdef ENVFILE if( !dot_file ){ if( dump_env_search ){ (IGNORED) printf("ENVFILE: %s?\n", ENVFILE); } dot_file = f_open_pathed_filename( ENVFILE,READ_TEXT_FLAGS); } #else if( dump_env_search ){ (IGNORED) printf("tex4ht compiled without ENVFILE\n"); } #endif if( !dot_file && dos_env_file){ if( dump_env_search ){ (IGNORED) printf("%s?\n", dos_env_file); } dot_file = f_open( dos_env_file, READ_TEXT_FLAGS ); } #ifdef KPATHSEA if( !dot_file ) { U_CHAR * envfile; char *arch, *p, str[256]; p = arch = (char *) kpse_var_value( "SELFAUTOLOC" ); while( *p != '\0' ){ if( (*p == '/') || (*p == '\\') ){ arch = p; } p++; } envfile = (char *) 0; if( arch ){ (IGNORED) sprintf(str,"%s%ctex4ht.env", arch+1, *arch); if( dump_env_search ){ (IGNORED) printf("kpse_open_file (\"%s\", ...)?\n", str ); } envfile= kpse_find_file (str, kpse_program_text_format, 0); } if ( !envfile ){ if( dump_env_search ){ (IGNORED) printf("kpse_open_file (\"tex4ht.env\", ...)?\n"); } envfile= kpse_find_file ("tex4ht.env", kpse_program_text_format, 0); } if ( !envfile ){ if( dump_env_search ){ (IGNORED) printf("system(\"kpsewhich --progname=tex4ht tex4ht.env\")?\n"); } if( system("kpsewhich --progname=tex4ht tex4ht.env > tex4ht.tmp") == 0 ){ char fileaddr [256]; int loc = 0; FILE* file = f_open("tex4ht.tmp", READ_TEXT_FLAGS); if( file ){ while( (fileaddr[loc] = getc(file)) >=0 ){ if( fileaddr[loc] == '\n' ){ fileaddr[loc] = '\0'; break; } loc++; } (IGNORED) fclose(file); } envfile= kpse_find_file (fileaddr, kpse_program_text_format, 0); if( envfile ){ warn_i_str( 50, "search support for kpse_find_file--unsing system kpsewhich calls instead"); } } } if ( envfile ){ dot_file = kpse_open_file (envfile, kpse_program_text_format); (IGNORED) printf("(%s)\n", envfile); } else if( dump_env_search ){ p = (char *) kpse_var_value( "TEX4HTINPUTS" ); if( p ){ (IGNORED) printf( "TEX4HTINPUTS = %s\n", p ); } else { warn_i_str( 50, "kpathsea variable TEX4HTINPUTS"); } } } #endif if( !dot_file ) warn_i_str( 1, #ifdef DOS_WIN32 "tex4ht.env" #endif #ifndef DOS_WIN32 "tex4ht.env | .tex4ht" #endif ); } (IGNORED) fseek(dot_file, 0L, 0 ); while ( search_dot_file( 'P' ) ){ struct sys_call_rec *q; U_CHAR *p, str[256]; q = m_alloc(struct sys_call_rec, 1); q->next = system_calls; system_calls = q; p = str; do *(p++) = ch = (int) getc(dot_file); while( (ch !='\n') && (ch != EOF) ); p--; *p = '\0'; q->filter = m_alloc(char, (int) strlen((char *) str)+1); (IGNORED) strcpy((char *) q->filter, (char *) str); } lg_font_fmt = (char *) get_script(lg_font_fmt,LGFNT,'f'); class_fmt = (char *) get_script(class_fmt,LGCLS,'c'); font_gif = (char *) get_script(font_gif,LGPIC,'s'); { int n; n = (int) strlen((char *) font_gif); if( font_gif[n-1] != '%' ){ font_gif[n] = '%'; font_gif[n+1] = '\0'; } } begin_char_gif = (char *) get_script(begin_char_gif,LGSEP,'b'); gif = (char *) get_script(gif,LGTYP,'g'); { int n; n = (int) strlen((char *) gif) - 1; if( gif[n] == '%' ){ gif[n] = '%'; } else if( gif[n] == '\n' ) { gif[n] = '\0'; } } { long curr_pos; curr_pos = ftell(dvi_file); (IGNORED) fseek(dvi_file, 0, SEEK_END); file_len = ftell(dvi_file); (IGNORED) fseek(dvi_file, curr_pos, 0 ); if( (file_len % 4) != 0 ) bad_dvi; } { U_CHAR str[256]; (IGNORED) strcpy((char *) str, (char *) job_name); str[job_name_n-1] = '\0'; str[job_name_n-2] = 'g'; str[job_name_n-3] = 'l'; if( (log_file = fopen(str, WRITE_TEXT_FLAGS)) == NULL ) bad_in_file(str); } #ifdef KPATHSEA { char str [256], *export_str, *postfix; export_str = m_alloc(char, 1); *export_str = '\0'; { struct htf_com_rec *q; q = htf_font_dir; while( q != (struct htf_com_rec *) 0 ){ (IGNORED) strcpy((char *) str, (char *) q->name); export_htf( &export_str, str ); q = q->next; } } (IGNORED) fseek(dot_file, 0L, 0 ); while ( search_dot_file( 'i' ) ){ int ch; char* p; p = str; do { ch = (int) getc(dot_file); if( ch != EOF) { *(p++) = ch;} } while( (ch !='\n') && (ch != EOF) ); *p = '\0'; export_htf( &export_str, str ); } #ifdef HTFDIR (IGNORED) strcpy((char *) str, (char *) HTFDIR); export_htf( &export_str, str ); #endif { U_CHAR * q; q = (U_CHAR *) kpse_var_value( "TEX4HTFONTSET" ); if( q ){ if( (int) strlen((char *) q) > 0 ){ export_str = (char *) r_alloc((void *) export_str, (int) strlen((char *) export_str) + (int) strlen((char *) q) + 2); if( (int) strlen((char *) export_str) > 0 ){ (IGNORED) strcat((char *) export_str, ","); } (IGNORED) strcat((char *) export_str, (char *) q); } } } if( (int) strlen((char *) export_str) > 0 ){ (IGNORED) strcpy((char *) str, "%%12"); export_str = (char *) r_alloc((void *) export_str, (int) strlen((char *) export_str) + (int) strlen((char *) str) + 1 ); postfix = str - 1; while( *(++postfix) != '\0' ){ if( (*postfix=='%') && (*(postfix+1)=='%') && (*(postfix+2)=='1') && (*(postfix+3)=='2') ){ *postfix='\0'; postfix += 4; break; } } if( (int) strlen((char *) export_str) != 0 ){ { char *from_ch; int i, n, m; n = (int) strlen((char *) str); m = (int) strlen((char *) export_str); from_ch = export_str + m; for( i = 0; i<=m; i++){ *(from_ch + n) = *(from_ch); from_ch--; } for( i = 0; i 0 ){ export_str_chars = m_alloc(char, n+1); (IGNORED) strcpy((char *) export_str_chars, (char *) export_str); } } free((void *) export_str); if( dump_htf_search || dump_env_search ) { U_CHAR *p, *q; p = kpse_find_file ( "texmf.cnf", kpse_cnf_format, 0); if( p ){ (IGNORED) printf( "texmf.cnf = %s\n", p); } else { warn_i_str(1, "texmf.cnf" ); } p = (U_CHAR *) kpse_var_value( "TEX4HTINPUTS" ); if( p ){ (IGNORED) printf("TEX4HTINPUTS = %s\n", p); } q = getenv("TEX4HTINPUTS"); if( q ){ (IGNORED) printf( "Environment var TEX4HTINPUTS: %s\n", q); } if( !p && !q ){ (IGNORED) printf( "Missing TEX4HTINPUTS for kpathsea\n" ); } } } #endif i=0; do{ i++; file_len -= 1; (IGNORED) fseek(dvi_file, file_len, 0 ); } while( (ch=get_char()) == 223 ); eof_op_n = file_len; if( (i<4) || ((ch != 2 ) && (ch != 5 )) ) bad_dvi; version_id = ch; file_len -= 5; (IGNORED) fseek(dvi_file, file_len, 0 ); if( get_char() != 249 ) bad_dvi; eof_op_n -= begin_postamble = get_unt(4); (IGNORED) fseek(dvi_file, begin_postamble, 0 ); if( get_char() != 248 ) bad_dvi; (IGNORED) fseek(dvi_file, 16L, 1 ); mid_page_y = (INTEGER) get_unt(4) / 2; mid_page_x = (INTEGER) get_unt(4) / 2; if( (stack_len = (int) get_unt(2)) < 1) bad_dvi; stack = m_alloc(struct stack_entry, ((int) stack_len + 2) ); { int i; for( i= ((int) stack_len + 2) -1; i>=0; i--){ stack[i].begin = (struct group_info *) 0; stack[i].end = (struct stack_end_entry *) 0; stack[i].stack_id = -1; stack[i].halign_info = FALSE; stack[i].halign_on = FALSE; stack[i].path_start = (struct group_path *) 0; stack[i].path_end = (struct group_path *) 0; stack[i].class_open = stack[i].class_close = (char *) 0; stack[i].temp_class_open = m_alloc(char, 1 ); stack[i].temp_class_close = m_alloc(char, 1 ); stack[i].ignore_subclass_del = stack[i].temp_class_del = stack[i].active_class_del = FALSE; } } unread_pages = (int) get_unt(2); { int fonts_n; struct html_font_rec *html_font=0; struct visited_file_rec * visited_file = (struct visited_file_rec *) 0; struct env_var_rec *tfm_dirs, *htf_dirs; #ifdef KPATHSEA int cardinality=0; char ** fontset=0; #endif BOOL missing_fonts; #ifndef KPATHSEA U_CHAR files_cache[PATH_MAX]; { U_CHAR *p; if( !tex4ht_fls_name ){ tex4ht_fls_name = p = files_cache; (IGNORED) fseek(dot_file, 0L, 0 ); if ( search_dot_file( 'l' ) ){ do *(p++) = ch = (int) getc(dot_file); while( (ch !='\n') && (ch != EOF) ); p--; *p = '\0'; } else { (IGNORED) strcpy((char *) p, (char *) getenv("TEX4HTWR")? "~~/tex4ht.fls" : "tex4ht.fls"); } } if( *tex4ht_fls_name == '~' ){ tex4ht_fls_name = abs_addr(tex4ht_fls_name,getenv("TEX4HTWR")); } } cache_files = f_open(tex4ht_fls_name, READ_BIN_FLAGS); #endif fonts_n = 0; cache_font = (struct cache_font_rec *) 0; cur_cache_font = (struct cache_font_rec *) 0; missing_fonts = FALSE; tfm_dirs = get_env_var("TEX4HTTFM"); htf_dirs = get_env_var("TEX4HTHTF"); #ifdef KPATHSEA if( export_str_chars ){ { U_CHAR *p; int n; cardinality = 1; p = (U_CHAR *) export_str_chars; while( *p != '\0' ){ if( *p == ',' ){ cardinality++; } p++; } fontset = m_alloc(char *, cardinality); p = (U_CHAR *) export_str_chars; fontset[0] = p; n=1; while( *p != '\0' ){ if( *p == ',' ){ fontset[n++] = p+1; *p = '\0'; } p++; } } } #endif { U_CHAR name[256]; FILE* file; (IGNORED) sprintf(name, "%s.4hf", "unicode"); file = NULL; { struct htf_com_rec *p; p = htf_font_dir; while( p ){ file = search_file_base(name, p->name, READ_TEXT_FLAGS, htf_dirs); if( file ){ #ifndef KPATHSEA tex4ht_fls = TRUE; #endif break; } p = p->next; } } if( !file ){ if( ((file = f_open(name, READ_TEXT_FLAGS)) == NULL) && dot_file ) file = search_in_dot_file( 'i', name, READ_TEXT_FLAGS, htf_dirs); #ifdef HTFDIR if( !file ) file = search_file_base(name, HTFDIR, READ_TEXT_FLAGS, htf_dirs); #endif #ifdef KPATHSEA if( !file ){ U_CHAR * htfname; htfname= kpse_find_file (name, kpse_program_text_format, 0); if ( htfname ){ { U_CHAR * head, * tail, *p; int n; n = (int) strlen((char *) htfname); tail = head = m_alloc(char, n+1); (IGNORED) strcpy((char *) head, (char *) htfname); while( n>11 ){ if( (*tail=='\\') || (*tail=='/') ){ if( (*tail == *(tail+9)) && (*(tail+1) == 'h') && (*(tail+2) == 't') && (*(tail+3) == '-') && (*(tail+4) == 'f') && (*(tail+5) == 'o') && (*(tail+6) == 'n') && (*(tail+7) == 't') && (*(tail+8) == 's') ){ p = tail + 9; *(tail + 10) = '\0'; tail += 11; while( (*tail != *p) && (*tail != '\0') ){ tail++; } break; } } tail++; n--; } htfname = (U_CHAR *) 0; for( n = 0 ; (n < cardinality) && !htfname ; n++){ p = tail; while( *p != '\0' ){ char * s, *nm; s = m_alloc(char, (int) strlen((char *) head ) + (int) strlen((char *) fontset[n] ) + (int) strlen((char *) p ) + 1); (IGNORED) strcpy((char *) s, (char *) head); (IGNORED) strcat((char *) s, (char *) fontset[n]); (IGNORED) strcat((char *) s, (char *) p); nm = kpse_find_file (s, kpse_program_text_format, 0); free((void *) s); if ( nm ){ htfname = nm; break; } p++; while( (*p != '\\') && (*p != '/') && (*p != '\0') ){ p++; } } } } if ( htfname ){ (IGNORED) printf("(%s)\n", htfname); file= fopen(htfname,READ_TEXT_FLAGS); } } } #endif } if( file ){ int chr, delimiter, delimiter_n, line_no, digit, i, j; U_CHAR in[512], *in_p, * start[4], *p; BOOL char_on, err; int value; max_charset_n = 256; charset = m_alloc(struct charset_rec, 256); max_htf_4hf_n = 256; htf_4hf = m_alloc(struct htf_4hf_rec, 256); err = FALSE; line_no = 0; while( TRUE ){ line_no++; chr = (int) getc(file); if( chr == EOF ){ break; } if( (chr>32) && (chr<127) ){ delimiter = chr; delimiter_n = 1; char_on = TRUE; in_p = in; while( TRUE ) { chr = (int) getc(file); if( (chr == EOF) || (chr=='\n') ){ break; } if( chr == delimiter ){ if( char_on ){ *(in_p++) = '\0'; } else{ start[ delimiter_n/2 ] = in_p; } char_on = !char_on; delimiter_n++; } else if (char_on ) { *(in_p++) = chr; } if( delimiter_n==8 ){ break; } } if( delimiter_n == 8 ){ if( *in != '?' ) { if( (*in != '&') || (*(in+1) != '#') || ( (*(in+2) != 'x') && (*(in+2) != 'X')) || (*(start[1] - 2) != ';') ){ err = TRUE; } else { value = 0; for( p=in+3; *p!=';'; p++){ digit = (int) *p; if( (digit>='0') && (digit<='9') ){ digit -= '0'; } else if( (digit>='A') && (digit<='F') ){ digit -= BASE_A; } else if( (digit>='a') && (digit<='f') ){ digit -= BASE_a; } else { digit=0; err = TRUE; } value = 16*value + digit; } if( start[3] == (in_p-1) ){ if( !err ){ if( (charset_n+1) == max_charset_n){ max_charset_n += 10; charset = (struct charset_rec *) r_alloc((void *) charset, (size_t) ((max_charset_n) * sizeof(struct charset_rec) )); } p = m_alloc(char, (int) (start[3] - start[2]) ); (IGNORED) strcpy((char *) p, (char *) start[2] ); i = charset_n; while( i-- > 0 ){ if( charset[i].ch == value ){ free((void *) charset[i].str); break; } else { if( (charset[i].ch < value) || ((charset[i].ch > value) && (i==0)) ){ if( charset[i].ch < value ){ i++; } charset_n++; for( j=charset_n; j>i; j-- ){ charset[j].ch = charset[j-1].ch; charset[j].str = charset[j-1].str; } break; } } } if(i == -1){ i = charset_n; } if( i==charset_n ){ charset_n++; } charset[i].str = p; charset[i].ch = value; } } else { if( (htf_4hf_n+1) == max_htf_4hf_n){ max_htf_4hf_n += 10; htf_4hf = (struct htf_4hf_rec *) r_alloc((void *) htf_4hf, (size_t) ((max_htf_4hf_n) * sizeof(struct htf_4hf_rec) )); } p = m_alloc(char, (int) (start[3] - start[2]) ); (IGNORED) strcpy((char *) p, (char *) start[2] ); i = htf_4hf_n; while( i-- > 0 ){ if( htf_4hf[i].ch == value ){ free((void *) htf_4hf[i].str); break; } else { if( (htf_4hf[i].ch < value) || ((htf_4hf[i].ch > value) && (i==0)) ){ if( htf_4hf[i].ch < value ){ i++; } htf_4hf_n++; for( j=htf_4hf_n; j>i; j-- ){ htf_4hf[j].ch = htf_4hf[j-1].ch; htf_4hf[j].str = htf_4hf[j-1].str; htf_4hf[j].type1 = htf_4hf[j-1].type1; htf_4hf[j].type2 = htf_4hf[j-1].type2; } break; } } } if(i == -1){ i = htf_4hf_n; } if(i == htf_4hf_n){ htf_4hf_n++; } htf_4hf[i].str = p; htf_4hf[i].ch = value; value = 0; p = start[1]; while( *p != '\0' ){ if( (*p < '0') || (*p > '9') ) break; value = value * 10 + *p - '0'; p++; } htf_4hf[i].type1 = value; value = 0; p = start[3]; while( *p != '\0' ){ if( (*p < '0') || (*p > '9') ) break; value = value * 10 + *p - '0'; p++; } htf_4hf[i].type2 = value; } } } } else { err = TRUE; } if( err ){ warn_i_int(48,line_no); (IGNORED) printf( "%c", delimiter ); for( p=in; p != in_p; p++ ){ if( *p=='\0' ){ (IGNORED) printf("%c", delimiter); if( p != in_p-1 ){ (IGNORED) printf(" %c", delimiter); } } else { (IGNORED) printf( "%c", *p ); } } (IGNORED) printf( "\n" ); err = FALSE; } } while( (chr != EOF) && (chr!='\n') ){ chr = (int) getc(file); } if( chr == EOF ){ break; } } put_4ht_off = 0; } else{ put_4ht_off = 1; max_charset_n = 0; max_htf_4hf_n = 0; } } while( (ch = get_char()) != 249 ){ #ifdef MAXFONTS if( (font_tbl_size + 1) < MAXFONTS ) #endif { INTEGER new_font_checksum; int font_name_n; font_tbl = font_tbl_size? (struct font_entry *) r_alloc((void *) font_tbl, (size_t) ((font_tbl_size+1) * sizeof(struct font_entry))) : m_alloc(struct font_entry, 1); if( (version_id == 5 ) && (ch == 252 ) ){ unsigned short flags; new_font.num = (INTEGER) get_unt(4); new_font.scale = (INTEGER) get_unt(4); new_font.design_sz = new_font.scale; flags = (INTEGER) get_unt(2); { int n, family_name_n, style_name_n; U_CHAR *ch; font_name_n = (INTEGER) get_unt(1); family_name_n = (INTEGER) get_unt(1); style_name_n = (INTEGER) get_unt(1); n = font_name_n + 1; ch = new_font_name = m_alloc(char, n); while( --n ){ *ch = (int) get_unt(1); ch++; } *ch = '\0'; n = family_name_n + 1; while( --n ){ (void) get_unt(1); ch++; } *ch = '\0'; n = style_name_n + 1; while( --n ){ (void) get_unt(1); ch++; } *ch = '\0'; } new_font.layout_dir = (flags & 0x0100 ) ? 1 : 0; new_font.rgba_color = (flags & 0x0200 )? (unsigned long) get_unt(4) : 0xffffffff; if( flags & 0x0800 ){ int n = (INTEGER) get_unt(2); int i; for (i = 0; i < n; ++i) { (void) get_unt(4); } for (i = 0; i < n; ++i) { (void) get_int(4); } } (IGNORED) printf("(--- xdv font = %s (not implemented) ---)\n", new_font_name); { int i; for( i=font_tbl_size-1; i>0; i-- ) if( new_font.num == font_tbl[i].num ) warn_i(10); } { /* if( font_file == NULL ){ dump_env(); err_i_str(1,file_name); missing_fonts = TRUE; new_font.char_f = 2; new_font.char_l = 1; } else { */ { new_font.char_f = 0; new_font.char_l = 255; new_font.wtbl_n = 0; new_font.htbl_n = 0; new_font.dtbl_n = 0; { U_CHAR *ch, *hidp; int i; ch = new_font.char_wi = m_alloc(char, new_font.char_l - new_font.char_f + 1); hidp = new_font.char_hidp = m_alloc(char, new_font.char_l - new_font.char_f + 1); for( i = new_font.char_f; i <= new_font.char_l; i++ ){ *(ch++) = 10; *(hidp++) = 26; } } { INTEGER *p; int i; p = new_font.wtbl = m_alloc( INTEGER, new_font.wtbl_n); for( i = 0; i < new_font.wtbl_n; i++ ){ *(p++) = 600000; } } { INTEGER *p; int i; p = new_font.htbl = m_alloc( INTEGER, new_font.htbl_n); for( i = 0; i < new_font.htbl_n; i++ ){ *(p++) = 600000; } } new_font.it = 0; new_font.word_sp = 350000; if( new_font.word_sp == 0 ) { int i; for( i = new_font.char_f; i <= new_font.char_l; i++ ){ new_font.word_sp = ( new_font.word_sp + *(new_font.wtbl + (int)(*(new_font.char_wi + i - new_font.char_f))) ) / (new_font.char_f '9' )){ n=font_name_n; break; } } } new_font.family_name = m_alloc(char, n + 2); new_font.font_size = m_alloc(char, font_name_n - n + 1 ); for( i=0; i0; i-- ) if( new_font.num == font_tbl[i].num ) warn_i(10); } { FILE *font_file; U_CHAR file_name[256]; { font_file = NULL; (IGNORED) sprintf(file_name, "%s.tfm", new_font_name); #ifdef KPATHSEA { U_CHAR * tfmfile; tfmfile = kpse_find_file (file_name, kpse_tfm_format, 0); if( !tfmfile ){ char s [256]; (IGNORED) strcpy(s, "kpsewhich "); (IGNORED) strcat(s, file_name); (IGNORED) strcat(s, " > tex4ht.tmp "); if( system(s) == 0 ){ char fileaddr [256]; int loc = 0; FILE* file = f_open("tex4ht.tmp", READ_TEXT_FLAGS); if( file ){ while( (fileaddr[loc] = getc(file)) >=0 ){ if( fileaddr[loc] == '\n' ){ fileaddr[loc] = '\0'; break; } loc++; } (IGNORED) fclose(file); } tfmfile = kpse_find_file (fileaddr, kpse_program_text_format, 0); } } if ( tfmfile ){ (IGNORED) printf("(%s)\n", tfmfile); font_file = kpse_open_file (tfmfile, kpse_tfm_format); } } #else for( cur_cache_font = cache_font; cur_cache_font; cur_cache_font = cur_cache_font->next ) if( (font_file = search_file(file_name, cur_cache_font->dir, READ_BIN_FLAGS)) != NULL) break; if( !font_file ){ int i; for( i = fontdir_count; i--; ){ if( (font_file = search_file_base(file_name, fontdir[i], READ_BIN_FLAGS, tfm_dirs)) != NULL ) break; } } if( !font_file ) font_file = f_open(file_name, READ_BIN_FLAGS); if( !font_file && dot_file ) font_file = search_in_dot_file( 't', file_name, READ_BIN_FLAGS, tfm_dirs); #ifdef TFMDIR if( !font_file ) font_file = search_file_base(file_name, TFMDIR, READ_BIN_FLAGS, tfm_dirs); #endif #endif } if( font_file == NULL ){ dump_env(); err_i_str(1,file_name); missing_fonts = TRUE; new_font.char_f = 2; new_font.char_l = 1; } else { { INTEGER file_length; int header_length, it_correction_table_length, lig_kern_table_length, kern_table_length, extensible_char_table_length, num_font_parameters; file_length = (INTEGER) fget_int(font_file,2); header_length = (int) fget_int(font_file,2); new_font.char_f = (int) fget_int(font_file,2); new_font.char_l = (int) fget_int(font_file,2); new_font.wtbl_n = (int) fget_int(font_file,2); new_font.htbl_n = (int) fget_int(font_file,2); new_font.dtbl_n = (int) fget_int(font_file,2); it_correction_table_length = (int) fget_int(font_file,2); lig_kern_table_length = (int) fget_int(font_file,2); kern_table_length = (int) fget_int(font_file,2); extensible_char_table_length = (int) fget_int(font_file,2); num_font_parameters = (int) fget_int(font_file,2); if( file_length != ( 6 + header_length - new_font.char_f + new_font.char_l + 1 + new_font.wtbl_n + new_font.htbl_n + new_font.dtbl_n + it_correction_table_length + lig_kern_table_length + kern_table_length + extensible_char_table_length + num_font_parameters ) ){ err_i_str(15,file_name); } { INTEGER checksum; checksum = ( INTEGER) fget_int(font_file,4); if( checksum && new_font_checksum && (checksum != new_font_checksum) ) { warn_i(16); (IGNORED) fprintf(stderr,"%s: %d\ndvi file: %d\n",file_name, checksum, new_font_checksum); } } new_font.design_pt = ( INTEGER) fget_int(font_file,4); (IGNORED) fseek(font_file, (long) ((header_length - 2) * 4), 1 ); { U_CHAR *ch, *hidp; int i; ch = new_font.char_wi = m_alloc(char, new_font.char_l - new_font.char_f + 1); hidp = new_font.char_hidp = m_alloc(char, new_font.char_l - new_font.char_f + 1); for( i = new_font.char_f; i <= new_font.char_l; i++ ){ *(ch++) = (int) fget_unt(font_file,1); *(hidp++) = (int) fget_unt(font_file,1); (IGNORED) fseek(font_file, 2L, 1 ); } } { INTEGER *p; int i; p = new_font.wtbl = m_alloc( INTEGER, new_font.wtbl_n); for( i = 0; i < new_font.wtbl_n; i++ ){ *(p++) = ( INTEGER) fget_int(font_file,4); } } { INTEGER *p; int i; p = new_font.htbl = m_alloc( INTEGER, new_font.htbl_n); for( i = 0; i < new_font.htbl_n; i++ ){ *(p++) = ( INTEGER) fget_int(font_file,4); } } { INTEGER *p; int i; p = new_font.dtbl = m_alloc( INTEGER, new_font.dtbl_n); for( i = 0; i < new_font.dtbl_n; i++ ){ *(p++) = ( INTEGER) fget_int(font_file,4); } } (IGNORED) fseek(font_file, (long) (it_correction_table_length * 4), 1 ); (IGNORED) fseek(font_file, (long) (lig_kern_table_length * 4), 1 ); (IGNORED) fseek(font_file, (long) (kern_table_length * 4), 1 ); (IGNORED) fseek(font_file, (long) (extensible_char_table_length * 4), 1 ); new_font.it = ( INTEGER) fget_int(font_file,4); new_font.word_sp = ( INTEGER) fget_int(font_file,4); if( new_font.word_sp == 0 ) { int i; for( i = new_font.char_f; i <= new_font.char_l; i++ ){ new_font.word_sp = ( new_font.word_sp + *(new_font.wtbl + (int)(*(new_font.char_wi + i - new_font.char_f))) ) / (new_font.char_f '9' )){ n=font_name_n; break; } } } new_font.family_name = m_alloc(char, n + 2); new_font.font_size = m_alloc(char, font_name_n - n + 1 ); for( i=0; i 10 ){ U_CHAR name[256]; (IGNORED) sprintf(name, "%s.htf", new_font_name); err_i_str(1, name); } flag = TRUE; for( ; font_name_n; font_name_n-- ){ FILE* file; int char_f, char_l; new_font_name[font_name_n] = '\0'; { U_CHAR name[256]; (IGNORED) sprintf(name, "%s.htf", new_font_name); file = NULL; { struct htf_com_rec *p; p = htf_font_dir; while( p ){ file = search_file_base(name, p->name, READ_TEXT_FLAGS, htf_dirs); if( file ){ #ifndef KPATHSEA tex4ht_fls = TRUE; #endif break; } p = p->next; } } if( !file ){ if( ((file = f_open(name, READ_TEXT_FLAGS)) == NULL) && dot_file ) file = search_in_dot_file( 'i', name, READ_TEXT_FLAGS, htf_dirs); #ifdef HTFDIR if( !file ) file = search_file_base(name, HTFDIR, READ_TEXT_FLAGS, htf_dirs); #endif #ifdef KPATHSEA if( !file ){ U_CHAR * htfname; htfname= kpse_find_file (name, kpse_program_text_format, 0); if ( htfname ){ { U_CHAR * head, * tail, *p; int n; n = (int) strlen((char *) htfname); tail = head = m_alloc(char, n+1); (IGNORED) strcpy((char *) head, (char *) htfname); while( n>11 ){ if( (*tail=='\\') || (*tail=='/') ){ if( (*tail == *(tail+9)) && (*(tail+1) == 'h') && (*(tail+2) == 't') && (*(tail+3) == '-') && (*(tail+4) == 'f') && (*(tail+5) == 'o') && (*(tail+6) == 'n') && (*(tail+7) == 't') && (*(tail+8) == 's') ){ p = tail + 9; *(tail + 10) = '\0'; tail += 11; while( (*tail != *p) && (*tail != '\0') ){ tail++; } break; } } tail++; n--; } htfname = (U_CHAR *) 0; for( n = 0 ; (n < cardinality) && !htfname ; n++){ p = tail; while( *p != '\0' ){ char * s, *nm; s = m_alloc(char, (int) strlen((char *) head ) + (int) strlen((char *) fontset[n] ) + (int) strlen((char *) p ) + 1); (IGNORED) strcpy((char *) s, (char *) head); (IGNORED) strcat((char *) s, (char *) fontset[n]); (IGNORED) strcat((char *) s, (char *) p); nm = kpse_find_file (s, kpse_program_text_format, 0); free((void *) s); if ( nm ){ htfname = nm; break; } p++; while( (*p != '\\') && (*p != '/') && (*p != '\0') ){ p++; } } } } if ( htfname ){ (IGNORED) printf("(%s)\n", htfname); file= fopen(htfname,READ_TEXT_FLAGS); } } } #endif } if( file ){ if( (strlen((char *) new_font.family_name) + strlen((char *) new_font.font_size) + 4) == strlen((char *) name) ){ new_font.family_name = (char *) r_alloc((void *) new_font.family_name, (size_t) (strlen((char *) name)+1)); (IGNORED) strcat((char *) new_font.family_name, (char *) new_font.font_size); *(new_font.font_size)='\0'; } } } if( file != NULL){ INTEGER x_char_l; x_char_l = get_html_file_id(file, new_font.char_f, new_font.char_l, 19); if( x_char_l != HTF_ALIAS) { char_f = (int) (x_char_l / 1000.0 + 0.5) + new_font.char_f; x_char_l -= (char_f-new_font.char_f) * 1000 - new_font.char_l; char_l = (int) x_char_l; } if( x_char_l == HTF_ALIAS) { { int chr; font_name_n=0; while( (chr = get_html_ch(file)) != '\n' ){ if( chr != ' ' ) search_font_name[font_name_n++] = chr; } search_font_name[font_name_n] = '\0'; if( eq_str( search_font_name, new_font_name) ){ err_i_str(20, new_font_name); } (IGNORED) printf("Searching `%s.htf' for `%s.htf'\n", search_font_name, new_font.name); htf_to_lg(html_font, new_font_name, fonts_n, file); new_font_name = (char *) r_alloc((void *) new_font_name, (size_t) (font_name_n+1)); (IGNORED) strcpy((char *) new_font_name, (char *) search_font_name); font_name_n = strlen((char *) new_font_name); } (IGNORED) fclose(file); flag = FALSE; break; } if( char_f <= new_font.char_l ){ U_CHAR del; int j, n; while( char_f < new_font.char_f ){ while( get_html_ch(file) != '\n' ); char_f++; } n = ((char_l < new_font.char_l)? char_l : new_font.char_l) - char_f + 1; for( i = char_f - new_font.char_f; i < n; i++ ){ { int indirect_ch, base=0, value=0, digit, ch1; indirect_ch = 0; del = get_html_ch(file); j=0; while( (str[j++] = get_html_ch(file)) != del ) { if( (digit=str[j-1]) == '\\' ) if( (indirect_ch = !indirect_ch) != 0) { switch( value=get_html_ch(file) ){ case 'x': { base = 16; value = 0; j--; break; } case 'o': { base = 8; value = 0; j--; break; } default: { if( (value < '0') || (value > '9') ) { indirect_ch = !indirect_ch; str[j-1] = value; } else { value -= '0'; base = 10; j--; } } } } else{ if( value>255 ){ warn_i_int(28,value); value = 32; dump_htf( file ); } str[j-1] = value; } else if ( indirect_ch ){ j--; digit -= (digit>'9')? 'A'-10 : '0'; if( (digit<0) || (digit>=base) ){ warn_i_int(29, str[j]); digit = 0; dump_htf( file ); } value = value*base + digit; } else if ( str[j-1]==10 ){ dump_htf( file ); err_i_int(48, i+1); } }; str[j-1] = '\0'; while( get_html_ch(file) != del ); ch1 = 0; while( ((ch = (int) get_html_ch(file)) != del) ){ if( (ch < '0') || (ch > '9') ) break; ch1 = ch1 * 10 + ch - '0'; } if( (*str == '&') && (*(str+1) == '#') && ( (*(str+2) == 'x') || (*(str+2) == 'X')) && (*(str + strlen((char *) str) - 1) == ';') ) { char* p; int value = 0; BOOL err = FALSE; for( p=str+3; *p!=';'; p++){ int digit = (int) *p; if( (digit>='0') && (digit<='9') ){ digit -= '0'; } else if( (digit>='A') && (digit<='F') ){ digit -= BASE_A; } else if( (digit>='a') && (digit<='f') ){ digit -= BASE_a; } else { digit=0; err = TRUE; } value = 16*value + digit; } if( !err ){ int bottom, mid, top; BOOL found=FALSE; bottom = 0; top = htf_4hf_n; while( !found ){ mid = (bottom + top) / 2; if( value == htf_4hf[mid].ch ){ if( htf_4hf[mid].type1 == ch1 ){ ch1 = htf_4hf[mid].type2; (IGNORED) strcpy((char *) str, (char *) htf_4hf[mid].str ); } found = TRUE; } else if( value < htf_4hf[mid].ch ){ if( bottom == top ){ break; } top = mid; } else { if ( bottom < mid ){ bottom = mid; } else if ( bottom '9') ){ warn_i_int(48,i); break; } ch1 = ch1 * 10 + ch - '0'; } new_font.accent_array = new_font.accent_N++? (unsigned int *) r_alloc((void *) new_font.accent_array, (size_t) (new_font.accent_N * sizeof(unsigned int))) : m_alloc(unsigned int, 1); new_font.accent_array[new_font.accent_N - 1] = ch1; new_font.accent[i] = new_font.accent_N; break; } } while( ch != '\n' ); if( ch != '\n' ){ do{ if( (ch = get_html_ch(file)) == del ){ ch1 = 0; while( ((ch = (int) get_html_ch(file)) != del) ){ if( (ch < '0') || (ch > '9') ){ warn_i_int(48,i); break; } ch1 = ch1 * 10 + ch - '0'; } new_font.accented_array = new_font.accented_N++? (unsigned int *) r_alloc((void *) new_font.accented_array, (size_t) (new_font.accented_N * sizeof(unsigned int))) : m_alloc(unsigned int, 1); new_font.accented_array[new_font.accented_N - 1] = ch1; new_font.accented[i] = new_font.accented_N; break; } } while( ch != '\n' ); } if( ch != '\n' ) { while( get_html_ch(file) != '\n' ); } } add_bit( new_font.ch_str, i, j!=2 ); switch( j ){ case 1: { new_font.ch[i] = 0; break; } case 2: { new_font.ch[i] = *str; break; } default: { unsigned U_CHAR *p; new_font.str[design_n] = p = m_alloc(unsigned char, j); if( design_n>255 ){ design_n--; warn_i(35);} if( i==255 ){ if( design_n == 255 ){ new_font.ch[i] = 0; new_font.ch255 = 1; } else { new_font.ch[i] = ++design_n; } } else { new_font.ch[i] = ++design_n; } while( j-- ) p[j] = str[j]; } } } while( char_l > new_font.char_l ){ while( get_html_ch(file) != '\n' ); char_l--; } } (void) get_html_file_id(file, new_font.char_f, new_font.char_l, 18); htf_to_lg(html_font, new_font_name, fonts_n, file); if( dump_htf_files ){ dump_htf_files++; dump_htf( file ); dump_htf_files--; } (IGNORED) fclose(file); break; } } if( flag ){ break; } } if( font_name_n == 0 ){ if( errCode == 0 ){ errCode= 21; } warn_i_str(21,search_font_name); (IGNORED) fprintf(stderr, "%d--%d)\n", new_font.char_f, new_font.char_l); dump_env(); } else { if( dump_env_files ){ dump_env(); } } } new_font.str = (unsigned U_CHAR **) r_alloc((void *) new_font.str, (size_t) ( (design_n?design_n:1) * sizeof(char *)) ); for( i = fonts_n; i--; ) if( eq_str(html_font[i].name, new_font_name) ){ int k; k = html_font[i].i; free((void *) new_font.gif1 ); new_font.gif1= font_tbl[ k ].gif1; free((void *) new_font.ch ); new_font.ch = font_tbl[ k ].ch; free((void *) new_font.str ); new_font.str = font_tbl[ k ].str; free((void *) new_font.ch_str ); new_font.ch_str = font_tbl[ k ].ch_str; free((void *) new_font.math_closing ); new_font.math_closing = font_tbl[ k ].math_closing; free((void *) new_font.math ); new_font.math = font_tbl[ k ].math; break; } if( i < 0 ){ html_font = fonts_n? (struct html_font_rec *) r_alloc((void *) html_font, (size_t) ((fonts_n+1) * sizeof(struct html_font_rec) )) : m_alloc(struct html_font_rec, 1); html_font[fonts_n].name = m_alloc(char, font_name_n + 1); (IGNORED) strcpy((char *) html_font[fonts_n].name, (char *) new_font_name); html_font[fonts_n].i = font_tbl_size; fonts_n++; } } { static struct css_ext_rec * search_css_ext; for( search_css_ext = css_ext; search_css_ext != (struct css_ext_rec *) 0; search_css_ext = search_css_ext->next ){ int css_name_n = (int) strlen((char *) new_font.name ); char * css_file_name = m_alloc(char, css_name_n + 1); (IGNORED) strcpy((char *) css_file_name, (char *) new_font.name); for( ; css_name_n; css_name_n-- ){ FILE* file; css_file_name[css_name_n] = '\0'; { U_CHAR name[256]; (IGNORED) sprintf(name, "%s.%s", css_file_name, search_css_ext->name); file = NULL; { struct htf_com_rec *p; p = htf_font_dir; while( p ){ file = search_file_base(name, p->name, READ_TEXT_FLAGS, htf_dirs); if( file ){ #ifndef KPATHSEA tex4ht_fls = TRUE; #endif break; } p = p->next; } } if( !file ){ if( ((file = f_open(name, READ_TEXT_FLAGS)) == NULL) && dot_file ) file = search_in_dot_file( 'i', name, READ_TEXT_FLAGS, htf_dirs); #ifdef HTFDIR if( !file ) file = search_file_base(name, HTFDIR, READ_TEXT_FLAGS, htf_dirs); #endif #ifdef KPATHSEA if( !file ){ U_CHAR * htfname; htfname= kpse_find_file (name, kpse_program_text_format, 0); if ( htfname ){ { U_CHAR * head, * tail, *p; int n; n = (int) strlen((char *) htfname); tail = head = m_alloc(char, n+1); (IGNORED) strcpy((char *) head, (char *) htfname); while( n>11 ){ if( (*tail=='\\') || (*tail=='/') ){ if( (*tail == *(tail+9)) && (*(tail+1) == 'h') && (*(tail+2) == 't') && (*(tail+3) == '-') && (*(tail+4) == 'f') && (*(tail+5) == 'o') && (*(tail+6) == 'n') && (*(tail+7) == 't') && (*(tail+8) == 's') ){ p = tail + 9; *(tail + 10) = '\0'; tail += 11; while( (*tail != *p) && (*tail != '\0') ){ tail++; } break; } } tail++; n--; } htfname = (U_CHAR *) 0; for( n = 0 ; (n < cardinality) && !htfname ; n++){ p = tail; while( *p != '\0' ){ char * s, *nm; s = m_alloc(char, (int) strlen((char *) head ) + (int) strlen((char *) fontset[n] ) + (int) strlen((char *) p ) + 1); (IGNORED) strcpy((char *) s, (char *) head); (IGNORED) strcat((char *) s, (char *) fontset[n]); (IGNORED) strcat((char *) s, (char *) p); nm = kpse_find_file (s, kpse_program_text_format, 0); free((void *) s); if ( nm ){ htfname = nm; break; } p++; while( (*p != '\\') && (*p != '/') && (*p != '\0') ){ p++; } } } } if ( htfname ){ (IGNORED) printf("(%s)\n", htfname); file= fopen(htfname,READ_TEXT_FLAGS); } } } #endif } if( file != NULL ){ BOOL is_visited = FALSE; struct visited_file_rec * v = visited_file; while( v != (struct visited_file_rec *) 0 ){ if( eq_str(v->name, name) ){ is_visited = TRUE; break; } v = v->next; } if( !is_visited ){ struct visited_file_rec * v = m_alloc(struct visited_file_rec, 1); v->name = m_alloc(char, (int) strlen((char *) name ) + 1 ); (IGNORED) strcpy((char *) v->name, (char *) name); v->next = visited_file; visited_file = v; while( 1 ){ int ch; do{ ch = (int) getc(file); } while ( (ch == ' ') || (ch == '\n') || (ch == '\t') ); if( ch == EOF ){ break; } do{ (void) putc( ch, log_file ); ch = (int) getc(file); } while ( (ch != '\n') && (ch != EOF) ); (void) putc( '\n', log_file ); if( ch == EOF ){ break; } } } (IGNORED) fclose(file); break; } } } free((void *) css_file_name); } } free((void *) new_font_name); font_tbl_size++; } #ifdef MAXFONTS else err_i_int(17, MAXFONTS); #endif } while( visited_file != (struct visited_file_rec *) 0 ){ struct visited_file_rec * v = visited_file; visited_file = visited_file->next; free((void *) v->name); free((void *) v); } #ifdef KPATHSEA if( export_str_chars ){ free((void *) export_str_chars); free((void *) fontset); } #endif for( i = 0; idir) ){ file_rec = cur_cache_font->cache_file; if( file_rec ){ if( !eq_str( prev_dir, cur_cache_font->dir) ){ (IGNORED) fprintf(out_file, " %s\n", cur_cache_font->dir); (IGNORED) strcpy((char *) prev_dir, (char *) dir); } cur_cache_font->cache_file = (struct cache_file_rec *) 0; while( file_rec ) { prev_file_rec = file_rec; file_rec = file_rec->next; (IGNORED) fprintf(out_file, "%s\n", prev_file_rec->file); free((void *) prev_file_rec ); } } } else break; cur_cache_font = cur_cache_font->next; } (IGNORED) fprintf(out_file," %s\n", dir); (IGNORED) strcpy((char *) prev_dir, (char *) dir); } else if( !is_dir && (file[0] != '\0') ){ if( cur_cache_font != (struct cache_font_rec *)0 ){ if( eq_str(dir,cur_cache_font->dir) ){ file_rec = cur_cache_font->cache_file; while( file_rec ) { if( gt_str(file_rec->file,file) ){ break; } else if( gt_str(file,file_rec->file) ){ (IGNORED) fprintf(out_file, "%s\n", file_rec->file); } prev_file_rec = file_rec; file_rec = file_rec->next; free((void *) prev_file_rec ); } cur_cache_font->cache_file = file_rec; } } (IGNORED) fprintf(out_file,"%s\n", file); } } while( cur_cache_font != (struct cache_font_rec *)0 ){ file_rec = cur_cache_font->cache_file; if( file_rec ){ if( !eq_str( prev_dir, cur_cache_font->dir) ){ (IGNORED) fprintf(out_file, " %s\n", cur_cache_font->dir); (IGNORED) strcpy((char *) prev_dir, (char *) dir); } cur_cache_font->cache_file = (struct cache_file_rec *) 0; while( file_rec ) { prev_file_rec = file_rec; file_rec = file_rec->next; (IGNORED) fprintf(out_file, "%s\n", prev_file_rec->file); free((void *) prev_file_rec ); } } cur_cache_font = cur_cache_font->next; } (IGNORED) fclose(in_file); } (IGNORED) fclose(out_file); } } #endif if( html_font ){ while( fonts_n-- ) free((void *) html_font[fonts_n].name); free((void *) html_font ); } while( (cur_cache_font = cache_font) != (struct cache_font_rec *)0 ){ cache_font = cache_font->next; free((void *) cur_cache_font->dir ); free((void *) cur_cache_font ); } } (IGNORED) fclose(dot_file); } (IGNORED) fseek(dvi_file, 0L, 0 ); ch = get_noop(); if( ch != 247 ) bad_dvi; if( ((int) get_char()) != version_id ) bad_dvi; (void) get_unt(4); (void) get_unt(4); (void) get_unt(4); for( i= get_char(); i>0; i-- ) ch = get_char(); { dis_pages = unread_pages; while( unread_pages-- ){ (IGNORED) printf("[%d", dis_pages - unread_pages); x_val = dx_1 = dx_2 = 0; max_x_val = -10000; y_val = max_y_val = prev_y_val = dy_1 = dy_2 = 0; if( get_noop() != 139 ) bad_dvi; for( i = 1; i<45; i++ ) if( get_char() == EOF ) bad_dvi; while( (ch = get_char()) != 140 ){ { register int ch_1; ch_1 = ch; if( stack[stack_n].halign_on ) { switch( ch ){ case 157 : { ; } case 158 : { ; } case 159 : { ; } case 160 : { ; } case 161 : { ; } case 162 : { ; } case 163 : { ; } case 164 : { ; } case 165 : { ; } case 166 : { ; } case 167 : { ; } case 168 : { ; } case 169 : { ; } case 170 : { ; } case 132 : { ; } case 137 : { ; } case 235 : { ; } case 236 : { ; } case 237 : { ; } case 238 : { ; } case 141 : { break; } default: { print_f( stack[stack_n].halign[1]->str ); stack[stack_n].halign_on = FALSE; } } } if( (ch > 127) && (ch < 137) && (ch != 132 ) ){ ch_1 = (int) get_unt( (ch - (ch>132)) % 4 +1); } if( group_dvi ){ if( ( ch < 132 ) || ( (ch > 127) && (ch < 137) && (ch != 132 ) ) ){ ch_id++; back_token = back_insert ( back_token, ch_id); } } if( trace_dvi_C && !in_trace_char ){ if( (ch < 137) && (ch != 132 ) ){ in_trace_char = TRUE; block_start = TRUE; } } else if ( in_trace_char ){ if( !trace_dvi_C || (ch > 136) || (ch == 132 ) ){ in_trace_char = FALSE; } } if( span_on && !in_span_ch && !ignore_chs && !in_accenting && (default_font != font_tbl[cur_fnt].num) ){ if( (ch < 137) && (ch != 132 ) ){ in_span_ch = TRUE; start_span = TRUE; } } else if ( in_span_ch ){ if( !span_on || (ch == 132 ) || ((136 < ch) && (ch < 143 )) || (ch > 156 ) ){ in_span_ch = FALSE; if( *end_span[0] ){ if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%s", end_span[0]); } } } if( in_accenting ){ long int width; if( i_accent_template ){ (IGNORED) fprintf(cur_o_file, "%s", i_accent_second); } needs_end_accent = (needs_accent_sym == 2 * TRUE); if( needs_end_accent && t_accent_template ) { needs_accented_sym++; } else if( m_accent_template ) { needs_accented_sym++; stack[stack_n-1].accented = TRUE; } needs_accent_sym = FALSE; width = (INTEGER)( design_size_to_pt( *(font_tbl[cur_fnt].wtbl + (int) ( *(font_tbl[cur_fnt].char_wi + (int) ( ch - font_tbl[cur_fnt].char_f)% 256) ) ) ) * (double) font_tbl[cur_fnt].scale ); if( needs_end_accent ){ needs_end_accent = x_val + 9 * width / 10; } in_accenting = FALSE; } else if( needs_accent_sym && (ch < 128) ){ if( needs_accent_sym ){ BOOL needs_end_accent; needs_end_accent = (needs_accent_sym == 2 * TRUE); if( needs_end_accent && t_accent_template ){ (IGNORED) fprintf(cur_o_file, "%s%s%s%d%s%d%s", t_accent_first, font_tbl[cur_fnt].family_name, t_accent_second, ch, t_accent_third, font_tbl[cur_fnt].accent[ch]? font_tbl[cur_fnt].accent_array[font_tbl[cur_fnt].accent[ch]-1] : 0, t_accent_fourth); } else if( m_accent_template ){ (IGNORED) fprintf(cur_o_file, "%s%s%s%d%s%d%s", m_accent_first, font_tbl[cur_fnt].family_name, m_accent_second, ch, m_accent_third, font_tbl[cur_fnt].accent[ch]? font_tbl[cur_fnt].accent_array[font_tbl[cur_fnt].accent[ch]-1] : 0, m_accent_fourth); } if( i_accent_template ){ (IGNORED) fprintf(cur_o_file, "%s", i_accent_first); } in_accenting = TRUE; } } if( ch < 132 ) { x_val += math_class_on? set_ch_class(ch_1) : insert_ch(ch_1); if( max_x_val < x_val ) max_x_val = x_val; } else switch( ch ) { case 133: case 134: case 135: case 136: { INTEGER w; w = math_class_on? set_ch_class(ch_1) : insert_ch(ch_1); max_x_val = ( x_val + w > max_x_val )? x_val + w : max_x_val; break; } case 143 : {;} case 144 : {;} case 145 : {;} case 146 : { try_new_line(); (void) move_x((INTEGER) get_int(ch - 143 + 1 )); break; } case 147 : { (void) move_x( dx_1 ); break; } case 148 : {;} case 149 : {;} case 150 : {;} case 151 : { try_new_line(); dx_1 = move_x((INTEGER) get_int(ch - 147 )); break; } case 152 : { (void) move_x( dx_2 ); break; } case 153 : {;} case 154 : {;} case 155 : {;} case 156 : { try_new_line(); dx_2 = move_x((INTEGER) get_int(ch - 152 )); break; } case 157 : {;} case 158 : {;} case 159 : {;} case 160 : { (void) move_y( (INTEGER) get_int(ch - 157 + 1 )); break; } case 161 : { (void) move_y( dy_1 ); break; } case 162 : {;} case 163 : {;} case 164 : {;} case 165 : { dy_1 = move_y( (INTEGER) get_int(ch - 161 )); break; } case 166 : { (void) move_y( dy_2 ); break; } case 167 : {;} case 168 : {;} case 169 : {;} case 170 : { dy_2 = move_y( (INTEGER) get_int(ch - 166 )); break; } case 132 : { (void) rule_x( TRUE ); break; } case 137 : { (void) rule_x( FALSE ); break; } case 246 : (void) get_char(); case 245 : (void) get_char(); case 244 : (void) get_char(); case 243 : { for( i=0; i<14; i++ ){ ch = get_char(); } for( i=ch + get_char(); i>0; i--) (void) get_char(); break; } case 252 : if( version_id == 5 ){ unsigned short flags; for( i=0; i<8; i++ ){ ch = get_char(); } flags = (INTEGER) get_unt(2); for( i = (INTEGER) get_unt(1) + (INTEGER) get_unt(1) + (INTEGER) get_unt(1) ; i>0 ; i-- ){ ch = get_char(); } if( flags & 0x0200 ){ (INTEGER) get_unt(4); } if( flags & 0x0800 ){ int n = (INTEGER) get_unt(2); int i; for (i = 0; i < n; ++i) { (void) get_unt(4); } for (i = 0; i < n; ++i) { (void) get_int(4); } } break; } case 253 : if( version_id == 5 ){ doGlyphArray(TRUE); break; } case 254 : if( version_id == 5 ){ doGlyphArray(FALSE); break; } default: { if( (ch < 171 ) || (ch > 234 ) ) { bad_char(ch); } else { cur_fnt = ch - 171 ; cur_fnt = search_font_tbl( cur_fnt ); word_sp = design_size_to_pt( font_tbl[cur_fnt].word_sp ) * (double) font_tbl[cur_fnt].scale ; } break; } case 235 : case 236 : case 237 : case 238 : { INTEGER n; n = ch - 235 + 1; cur_fnt = (int) ((n==4)? get_int(4) : get_unt((int) n)); cur_fnt = search_font_tbl( cur_fnt ); word_sp = design_size_to_pt( font_tbl[cur_fnt].word_sp ) * (double) font_tbl[cur_fnt].scale ; break; } case 239 : {;} case 240 : {;} case 241 : {;} case 242 : { long int special_n; if( needs_end_accent && t_accent_template ){ if( span_on && in_span_ch ){ if( *end_span[0] ){ in_span_ch = FALSE; if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%s", end_span[0]); } } (IGNORED) fprintf(cur_o_file, "%s", t_accent_fifth); needs_end_accent = FALSE; needs_accented_sym--; } if( tex4ht_special( &ch, &special_n) ) { int sv; sv = ch; special_on = TRUE; try_new_line(); switch( ch ){ case '*': { if( special_n ){ special_n--; switch ( get_char() ){ case '<': { U_CHAR name[256]; int i=0; FILE* file; name[(int) special_n] = '\0'; while( special_n-- > 0 ){ name[i++] = get_char(); } file = f_open(name, READ_TEXT_FLAGS); if( file ) { if( no_root_file ){ open_o_file(); } while( (ch = getc(file)) >=0 ){ (IGNORED) put_4ht_ch(ch,cur_o_file); } (IGNORED) fclose(file); } else { warn_i_str( 1, name ); } break; } case '>': { if( special_n > 0 ){ static struct files_rec *p, *q; U_CHAR name[256]; int i; i = 0; name[(int) special_n] = '\0'; while( special_n-- > 0 ){ name[i++] = get_char(); } for( p = opened_files; p != (struct files_rec*) 0; p = p->next ){ if( eq_str(p->name, name) ){ break; } } if( p != (struct files_rec*) 0 ){ for( q = p; q->next != (struct files_rec*) 0; q = q->next ){ } if( q != p ){ q->next = p; (p->next)->prev = p->prev; if( opened_files == p ){ opened_files = p->next; } else { (p->prev)->next = p->next; } p->prev = q; p->next = (struct files_rec*) 0; } } } else { static struct files_rec *p, *q; for( p = opened_files; p != (struct files_rec*) 0; p = p->next ){ if( (p->file == cur_o_file) && p->prev_file ){ for( q = opened_files; q != (struct files_rec*) 0; q = q->next ){ if( q->file == p->prev_file ){ break; } } if( q == (struct files_rec*) 0 ){ warn_i_str(51,q->name); break; } cur_o_file = p->prev_file; p->prev_file = (FILE *) 0; break; } } } break; } case '!': { U_CHAR name[256], ch; int i=0, n; struct sys_call_rec *p; BOOL flag; name[(int) special_n] = '\0'; while( special_n-- > 0 ){ name[i++] = get_char(); } (IGNORED) printf("System call: %s\n", name); flag = FALSE; p = system_calls; while( p ){ if( (n = (int) strlen((char *) p->filter)) == 1 ) { flag = flag || (*(p->filter) == '*'); } if( strlen((char *) name) >= (unsigned int) n ) { ch = name[n]; name[n] = '\0'; flag = flag || eq_str(p->filter,name); name[n] = ch; } p = p->next; } if( flag ){ (IGNORED) printf("System return: %d\n", system_yes? (int) system(name) : -1 ); } else { (IGNORED) printf("No permission for system call\n"); } break; } case '^': { special_n--; switch ( get_char() ){ case 't': { if( special_n ){ (IGNORED) get_open_accent(&t_accent_template, &t_accent_first, &t_accent_second, &t_accent_third, &t_accent_fourth, &t_accent_fifth, &special_n); } else { needs_accent_sym = TRUE * 2; } break; } case 'm': { if( special_n ){ (IGNORED) get_open_accent(&m_accent_template, &m_accent_first, &m_accent_second, &m_accent_third, &m_accent_fourth, &m_accent_fifth, &special_n); } else { needs_accent_sym = TRUE; } break; } case 'a': { (IGNORED) get_open_accent(&a_accent_template, &a_accent_first, &a_accent_second, &a_accent_third, &a_accent_fourth, &a_accent_fifth, &special_n); break; } case 'i': { (IGNORED) get_open_accent(&i_accent_template, &i_accent_first, &i_accent_second, &i_accent_third, &i_accent_fourth, &i_accent_fifth, &special_n); break; } default: { while( special_n-- ) (void) get_char(); } } break; } case '@': { int i; i = 0; special_n--; switch ( get_char() ){ case '8': { i++; } case '7': { i++; } case '6': { i++; } case '5': { i++; } case '4': { i++; } case '3': { i++; } case '2': { i++; } case '1': { if( halign[i]->refs == 1 ){ free((void *) halign[i]->str ); } else { (halign[i]->refs)--; halign[i] = m_alloc(struct halign_rec, 1); halign[i]->refs = 1; } halign[i]->str = get_str( (int) special_n ); special_n=0; break; } case '/': { if( special_n ){ while( special_n-- ) (void) get_char(); } else { if( stack[stack_n].halign_on ) { print_f( stack[stack_n].halign[1]->str ); stack[stack_n].halign_on = FALSE; } } break; } case '&': { i++; } case '@': { i++; if( special_n ){ while( special_n-- ) (void) get_char(); } else { new_halign = i * TRUE; } break; } default: { while( special_n-- ) (void) get_char(); } } break; } case '=': { char *str, *repl; struct hcode_repl_typ *p, *q; BOOL flag; if( special_n ){ repl = str = m_alloc(char, (int) special_n + 1); while( special_n-- > 0 ){ *str = get_char(); str++; } *str = 0; if( hcode_repl != (struct hcode_repl_typ*) 0 ){ if( *(hcode_repl->str) == *repl ){ p = hcode_repl; hcode_repl = hcode_repl->next; free((void *) p->str); free((void *) p); } else { p = hcode_repl; while( TRUE ){ q = p->next; if( q == (struct hcode_repl_typ*) 0 ){ break; } if( *(q->str) == *repl ){ p->next = q->next; free((void *) q->str); free((void *) q); break; } p = q; } } } flag = *repl != *(repl+1); if( !flag ){ flag = *(repl+2) != 0; } if( flag ){ p = (struct hcode_repl_typ *) m_alloc(struct hcode_repl_typ, 1); p->str = repl; p->next = hcode_repl; hcode_repl = p; } } else { while( hcode_repl != (struct hcode_repl_typ*) 0 ){ p = hcode_repl; hcode_repl = hcode_repl->next; free((void *) p->str); free((void *) p); } } break; } default: { while( special_n-- ) (void) get_char(); } } } else { ; } break; } case '@': { int code, digit; special_n--; switch ( code = get_char() ){ case '%': { if( special_n>1 ) { special_n--; if ( get_char() == '%' ) { if( special_n>2 ) { U_CHAR type, ch, *p, *q, *pp=0, *qq=0, pre[256], post[256]; special_n -= 2; type = get_char(); ch = get_char(); p = pre; while( special_n-- > 0 ) { if ( (*(p++)=get_char() ) == ch ) { p--; break; } } *p = '\0'; p = post; while( special_n-- > 0 ) { *(p++)=get_char(); } *p='\0'; p = m_alloc(char, 1 + (int) strlen((char *) pre)); (IGNORED) strcpy((char *) p, (char *) pre ); q = m_alloc(char, 1 + (int) strlen((char *) post)); (IGNORED) strcpy((char *) q, (char *) post ); switch ( type ){ case 'P': { pp = trace_dvi_del_P; trace_dvi_del_P = p; qq = end_trace_dvi_del_P; end_trace_dvi_del_P = q; break; } case 'C': { pp = trace_dvi_del_C; trace_dvi_del_C = p; qq = end_trace_dvi_del_C; end_trace_dvi_del_C = q; break; } case 'V': { pp = trace_dvi_del_V; trace_dvi_del_V = p; qq = end_trace_dvi_del_V; end_trace_dvi_del_V = q; break; } case 'H': { pp = trace_dvi_del_H; trace_dvi_del_H = p; qq = end_trace_dvi_del_H; end_trace_dvi_del_H = q; break; } case 'R': { pp = trace_dvi_del_R; trace_dvi_del_R = p; qq = end_trace_dvi_del_R; end_trace_dvi_del_R = q; break; } case 'p': { pp = trace_dvi_del_p; trace_dvi_del_p = p; qq = end_trace_dvi_del_p; end_trace_dvi_del_p = q; break; } case 'c': { pp = trace_dvi_del_c; trace_dvi_del_c = p; qq = end_trace_dvi_del_c; end_trace_dvi_del_c = q; break; } case 'v': { pp = trace_dvi_del_v; trace_dvi_del_v = p; qq = end_trace_dvi_del_v; end_trace_dvi_del_v = q; break; } case 'h': { pp = trace_dvi_del_h; trace_dvi_del_h = p; qq = end_trace_dvi_del_h; end_trace_dvi_del_h = q; break; } case 'r': { pp = trace_dvi_del_r; trace_dvi_del_r = p; qq = end_trace_dvi_del_r; end_trace_dvi_del_r = q; break; } default: { ; } } free((void *) pp); free((void *) qq); } else { while( special_n-- ) (void) get_char(); } } else { while( special_n-- ) (void) get_char(); } } else if( special_n ) { special_n--; switch ( get_char() ){ case 'P': { trace_dvi_P++; break; } case 'C': { trace_dvi_C++; break; } case 'V': { trace_dvi_V++; break; } case 'H': { trace_dvi_H++; break; } case 'R': { trace_dvi_R++; break; } case 'p': { trace_dvi_P--; break; } case 'c': { trace_dvi_C--; break; } case 'v': { trace_dvi_V--; break; } case 'h': { trace_dvi_H--; break; } case 'r': { trace_dvi_R--; break; } default: { ; } } } break; } case '@': { verb_ch = !verb_ch; break; } case '/': { trace_special = !trace_special; break; } case 'e': { if( err_mark ){ free((void *) err_mark); } if( special_n ){ err_mark = get_str( (int) special_n ); special_n=0; } else { err_mark = (char *) 0; } break; } case '!': { while( recover_spaces-- ){ text_on=TRUE; put_char(' '); } recover_spaces = 0; break; } case '(': { ignore_spaces++; break; } case ')': { ignore_spaces--; break; } case '[': { if( special_n ){ U_CHAR *unhskip_mark; long retract_addr; BOOL unhskip; int cr_fnt, ch, unskip_depth; cr_fnt = cur_fnt; unskip_depth = 0; unhskip_mark = get_str( (int) special_n ); special_n=0; retract_addr = ftell(dvi_file); unhskip = TRUE; while( unhskip ){ if( (ch = get_char()) >= 128 ) { switch( ch ){ case 246 : (void) get_char(); case 245 : (void) get_char(); case 244 : (void) get_char(); case 243 : { int i; for( i=14; i; i-- ){ ch = get_char(); } i = ch + get_char(); (IGNORED) fseek(dvi_file, (long) i, 1 ); break; } case 132 : case 137 :{ (IGNORED) fseek(dvi_file, 8L, 1 ); break; } case 139 : { (IGNORED) fseek(dvi_file, 44L, 1 ); break; } case 143 : case 144 : case 145 : case 146 : { (IGNORED) (get_int( ch - 143 + 1 )); break; } case 148 : case 149 : case 150 : case 151 : { (IGNORED) (get_int( ch - 148 + 1)); break; } case 153 : case 154 : case 155 : case 156 : { (IGNORED) (get_int( ch - 153 + 1)); break; } case 157 : case 158 : case 159 : case 160 : { (IGNORED) (get_int( ch - 157 + 1)); break; } case 162 : case 163 : case 164 : case 165 : { (IGNORED) (get_int( ch - 162 + 1)); break; } case 167 : case 168 : case 169 : case 170 : { (IGNORED) (get_int( ch - 167 + 1)); break; } case 147 : case 152 : case 161 : case 166 : { break; } case 128: case 129: case 130: case 131: case 133: case 134: case 135: case 136: { (void) get_unt( (ch-(ch>132)) % 4 +1); break; } case 141 : case 142 : { break; } case 239 : case 240 : case 241 : case 242 : { long int i; if( tex4ht_special( &ch, &i ) ){ char *mark; mark = get_str( (int) i ); if( i ){ if( (ch=='@') && eq_str(mark+1,unhskip_mark) ){ switch( *mark ){ case '[': { unskip_depth++; break; } case ']': { unhskip = !(--unskip_depth); break; } default: { ; } } } } }else{ U_CHAR *ch; ch = special_hd + 4; while( *ch ){ ch++; } (IGNORED) fseek(dvi_file, (long) i, 1 ); } break; } case 235 : case 236 : case 237 : case 238 : { INTEGER n; n = ch - 235 + 1; cr_fnt = (int) ((n==4)? get_int(4) : get_unt((int) n)); cr_fnt = search_font_tbl( cr_fnt ); break; } default: { if( (ch < 171 ) || (ch > 234 ) ) { if( ch == 140 ) { warn_i(46); } else { warn_i_int(45,ch); } } else { cr_fnt = ch - 171 ; cr_fnt = search_font_tbl( cr_fnt ); } break; } } } } do{ long int i; char *mark; ch = get_char(); if( ( ch== 239 ) || ( ch== 240 ) || ( ch== 241 ) || ( ch== 242 ) ) { if( tex4ht_special( &ch, &i ) ){ mark = get_str( (int) i ); if( (ch=='@') && ( *mark=='?') && eq_str(mark+1,unhskip_mark)){ break; } } } (IGNORED) fseek(dvi_file, (long) retract_addr, 0 ); } while(FALSE); cur_fnt = cr_fnt; free((void *) unhskip_mark); } else { ignore_chs++;; } break; } case ']': { if( special_n ){ while( special_n-- > 0 ){ (void) get_char(); } } else { ignore_chs--; } break; } case '?': { while( special_n-- > 0 ){ (void) get_char(); } break; } case '-': { if( special_n ) { code = 0; while( special_n-- > 0 ){ digit = get_char() - '0'; if ( (digit < 0) || (digit > 9) ) { warn_i_int(41,digit+'0') ; } else { code = code * 10 + digit; } } if ( (code < 0) || (code > 255) ) { code = '?'; warn_i_int(41,'?') ; } put_char( code ); } else { nomargin = TRUE; } break; } case '*': { keepChar=1; } case '+': { if( next_char != -1 ) { if( no_root_file ){ open_o_file(); } (IGNORED) put_4ht_ch( next_char , cur_o_file ); next_char = -1; } if( next_str ){ print_f(next_str); free((void *) next_str); next_str = (char *) 0; } next_str = get_str( (int) special_n ); special_n = 0; { char *front, *back; int i; back = front = next_str; while( *front != '\0' ){ if( *front == '{' ){ i = *(++front) - '0'; while( *(++front) != '}' ){ i = i*10 + (*front - '0'); } *front = (char) i; } *(back++) = *(front++); } *back = '\0'; } break; } case '.': { if( eoln_str ){ free((void *) eoln_str); } if( special_n ){ eoln_str = get_str( (int) special_n ); special_n=0; } else { eoln_str = (char *) 0; } break; } case ',': { if( space_str ){ free((void *) space_str); } if( special_n ){ space_str = get_str( (int) special_n ); special_n=0; } else { space_str = (char *) 0; } break; } case '_': { if( !special_n ){ rule_ch = '\0'; } else { while( special_n-- > 0 ){ rule_ch = get_char(); } } break; } case 'D': { struct files_rec *p; while( special_n-- > 0 ) (void) putc( get_char(), log_file ); for( p = opened_files; p != (struct files_rec*) 0; p = p->next ){ if( p->file == cur_o_file) { (IGNORED) fprintf(log_file, "%d %s\n", (int) ftell(cur_o_file), p->name); break; } } break; } case 'u': { special_n--; switch ( code = get_char() ){ case '+': { put_4ht_off++; flush_uni(); break; } case '-': { if( put_4ht_off>0 ){ put_4ht_off--; } else { warn_i_str(52, "@u-"); } break; } } break; } default: { code -= '0'; while( special_n-- > 0 ){ digit = get_char() - '0'; if ( (digit < 0) || (digit > 9) ) { warn_i_int(41,digit+'0') ; } else { code = code * 10 + digit; } } if ( (code < 0) || (code > 255) ) { code = '?'; warn_i_int(41,'?') ; } next_char = code; if( next_str ){ print_f(next_str); free((void *) next_str); next_str = (char *) 0; } } } break; } case '+': { while( special_n-- > 0 ) (void) get_char(); break; } case '=': { while( special_n-- > 0 ){ int ch; BOOL flag; struct hcode_repl_typ *q; ch = get_char(); q = hcode_repl; flag = FALSE; while( q != (struct hcode_repl_typ*) 0 ){ if( ch == *(q->str) ){ flag = TRUE; break; } q = q->next; } if( flag ){ char *chr; chr = (q->str) + 1; while( *chr != 0 ){ put_char( *chr ); chr++; } } else { put_char( ch ); } } break; } case '<': case '>': { int i=0; U_CHAR *name; name = m_alloc(char, (int) special_n+1); *(name + (int) special_n) = '\0'; while( special_n-- > 0 ) *(name + i++) = get_char(); if( no_root_file ){ open_o_file(); } for( p = opened_files; p != (struct files_rec*) 0; p = p->next ) { if( eq_str(p->name, name) ) break; } if( ch == '>' ){ if( p != (struct files_rec*) 0 ){ out_file = p->file; p->prev_file = cur_o_file; free((void *) name ); } else { if( !(*name) ) out_file = (FILE *) 0; else { p = m_alloc(struct files_rec, 1); if( opened_files != (struct files_rec*) 0 ) opened_files->prev = p; p->prev = (struct files_rec *) 0; p->next = opened_files; opened_files = p; p->name = name; p->file = out_file = open_html_file(name); p->prev_file = cur_o_file; } } } else { if( p == (struct files_rec *) 0 ) bad_special( name ); if( p->prev != (struct files_rec*) 0 ) (p->prev)->next = p->next; else opened_files = p->next; if( p->next != (struct files_rec*) 0 ) (p->next)->prev = p->prev; if( opened_files != (struct files_rec*) 0 ) { if( out_file == p->file ) out_file = opened_files->file; } else out_file = (FILE *) 0; (IGNORED) fclose( p->file ); free((void *) p->name ); free((void *) p ); } cur_o_file = ( out_file == (FILE *) 0 )? root_file : out_file; break; } case '!': { ch_map_flag = !ch_map_flag; if( ch_map_flag ){ init_ch_map(); xresolution = yresolution = 0; while( special_n-- > 0 ){ ch = get_char(); if( (ch >= '0') && (ch <= '9') ) { yresolution = yresolution * 10 + ch - '0'; } else if( (ch == ',') && !xresolution && yresolution ) { xresolution = yresolution; yresolution = 0; } else { xresolution = yresolution = 0; warn_i_int( 26, '!'); (IGNORED) putc( ch, stderr); while( special_n-- ) (IGNORED) putc( get_char(), stderr); } } if( !xresolution ) xresolution = yresolution; if( !xresolution ){ xresolution = XRESOLUTION; yresolution = YRESOLUTION; } else { xresolution = xresolution * (INTEGER) (XRESOLUTION / 100); yresolution = yresolution * (INTEGER) (YRESOLUTION / 100); } } else { dump_ch_map(); } break; } case '|': { gif_ch = !gif_ch; break; } case ':': { if( special_n-- ){ int code, n; U_CHAR str [255], *p; struct count_rec *q; code = get_char(); while( special_n > 254 ){ (void) get_char(); special_n--; } p = str; n = special_n; while( special_n-- ) { *(p++) = get_char(); } *p = '\0'; q = counter; while( q ){ if( eq_str(str,q->str) ) break; q = q->next; } if( !q ){ q = m_alloc(struct count_rec, 1); q->i = q->depth = 0; q->max = 10; q->next = counter; counter = q; q->str = m_alloc(char, (int) n+1); (IGNORED) strcpy((char *) q->str, (char *) str ); q->stack = m_alloc(int, q->max); } switch ( code ){ case '+': { (q->i)++; break; } case '-': { (q->i)--; break; } case '>': { if( q->depth == q->max ){ q->max += 10; if( (q->stack = (int *) r_alloc( (void *) q->stack, (size_t) (q->max * sizeof(int)))) == NULL) bad_mem; } q->stack[q->depth++] = q->i; break; } case '<': { if( q->depth ){ q->depth--; if( q->max > q->depth + 20 ){ q->max -= 15; if( (q->stack = (int *) r_alloc( (void *) q->stack, (size_t) (q->max * sizeof(int)))) == NULL) bad_mem; } } break; } case '!': { if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%d", q->i); break; } case '|': { if( q->depth ){ if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%d", q->stack[q->depth - 1] ); } break; } default: { ; } } } break; } case ';': { int n, code; U_CHAR *p, *q; code = get_char(); n = 1 + ((--special_n>254)? 254 : special_n); q = p = m_alloc(char, (int) n); while( special_n > 254 ){ (void) get_char(); special_n--; } while( special_n-- ) { *(q++) = get_char(); } *q = '\0'; q = p; switch ( code ){ case '8': { pause_style--; break; } case '9': { pause_style++; break; } case '-': { default_font = font_tbl[cur_fnt].num; base_font_size = font_tbl[cur_fnt].scale / 100; break; } case '+': { default_font = -1; break; } case '%': { int f; f = 0; while( *p ){ f = 10*f + *(p++) - '0'; } if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%d", (font_tbl[cur_fnt].scale / base_font_size - 100) * f / 100 +100 ); break; } case '=': { if( no_root_file ){ open_o_file(); } (IGNORED) fprintf(cur_o_file, "%s", font_tbl[cur_fnt].name); if( font_tbl[cur_fnt].mag != 100 ){ (IGNORED) fprintf(cur_o_file,"_%d", font_tbl[cur_fnt].mag); } break; } case '|': { { int bad_str, m; U_CHAR ch, *t[ 8 ], err_str[256]; bad_str= 7 ; (IGNORED) strcpy((char *) err_str, (char *) p); if( n> 10 ){ m = 100*( *p-'0' ) + 10*( *(p+1)-'0' )+ *(p+2)-'0'; if( (m>-1) && (m<256) ){ ch = *(p + 3); t[0]=p; while( (*p = *(p+4)) != '\0' ){ if( ch == *p ){ *p = '\0'; if( bad_str-- > 0 ) t[ 7 - bad_str] = p+1; } p++; } } if( !bad_str ){ if( m==0 ){ span_name_on = n> 11 ; } q = span_open[m]; span_open[m] = t[0]; span_name[m] = t[1]; span_size[m] = t[2]; span_mag[m] = t[3]; span_ord[m] = t[4]; span_ch[m] = t[5]; end_span[m] = t[6]; gif_id[m] = t[7]; if( not_notify ) { store_bit_I( class_on, m ); not_notify = FALSE; } else store_bit_Z( class_on, m ); } } if( bad_str ){ warn_i_str(37,err_str); } } break; } case ',': { not_notify = TRUE; break; } default: { warn_i_int( 36, code); } } span_on = span_name_on && !pause_style; if( q ) free((void *) q); break; } case '"': { if( special_n ){ { U_CHAR * p, ch, i; ch = get_char(); p = pos_text = pos_line = end_pos_text = end_pos_body = pos_body = (char *) r_alloc((void *) pos_body,(size_t) special_n + 1); i = 0; { BOOL after_star=0; while( special_n-- > 0 ){ if( (*p = get_char()) == ch ){ *p = '\0'; i++; if( i==1 ){ end_pos_body = p + 1; after_star = FALSE; } else if( i==2 ){ pos_text = p + 1; if( !after_star ){ i--; after_star = TRUE; } } else if( i==3 ){ end_pos_text = p + 1; } else if( i==4 ){ pos_line = p + 1; } else { p++; break; } } else { after_star = FALSE; } p++; } } { long int v=0; double w[5]; int j; U_CHAR ch, sign; BOOL done; for(j=0;j<5;j++){ done = FALSE; sign = 1; if( --special_n > 0 ){ if( (ch = get_char()) == '-' ){ sign = -1; v=0; } else v = ch - '0'; if( (v<0) || (v>9) ) done = TRUE; } if( !done ) while( --special_n > 0 ){ ch = get_char(); if( ('0' <= ch ) && (ch <= '9' ) ){ v = v * 10 + ch - '0'; } else{ done = TRUE; break; } } if( done ){ i++; w[j] = sign * ((double) v + pos_dbl( &special_n )); } } pos_x_A = w[0]; pos_x_B = w[1]; pos_y_C = w[2]; pos_y_D = w[3]; pos_y_E = w[4]; } rect_pos = (special_n == 2); if( rect_pos ){ special_n -= 2; rect_pos = get_char() - '0';} if( (i != 10) || special_n ){ warn_i_str(39,pos_text); *(pos_text = end_pos_body = pos_line = end_pos_text = pos_body) = '\0'; } } } else if( (pos_dvi = !pos_dvi) == TRUE ){ print_f(pos_body); min_pos_x = max_pos_x = base_pos_x = x_val; min_pos_y = max_pos_y = base_pos_y = y_val ; } else { U_CHAR *p; double dim=0.0; BOOL dim_on; if( no_root_file ){ open_o_file(); } p = end_pos_body; while( *p ){ dim_on = TRUE; switch( *p ){ case 'X': { dim = pos_x_A * (max_pos_x - base_pos_x) + pos_x_B; break; } case 'x': { dim = pos_x_A * (base_pos_x - min_pos_x) + pos_x_B; break; } case 'd': { dim = pos_x_A * (max_pos_x - min_pos_x) + pos_x_B; break; } case 'y': { dim = pos_y_C * (base_pos_y - min_pos_y - 1) + pos_y_D; break; } case 'Y': { dim = pos_y_C * (max_pos_y - base_pos_y) + pos_y_D; break; } case 'D': { dim = pos_y_C * (max_pos_y - min_pos_y) + pos_y_D; break; } default: { dim_on = FALSE; } } p++; if( dim_on ){ (IGNORED) fprintf(cur_o_file, p, dim); } else { (IGNORED) fprintf(cur_o_file, "%s", p); } while( * (p++) ); } } break; } case '~': { if( special_n ){ U_CHAR in_ch; if( (in_ch = get_char()) == '>' ) { if( special_n == 1 ){ special_n--; switch( get_char() ){ case '[': { ignore_end_group++; break; } case ']': { ignore_end_group--; break; } default: { ; } } } else { struct stack_end_entry *p; U_CHAR *q; int j; j = get_char() - '0' + stack_n - 1; if( --special_n ){ if (j >= stack_len ) { j = stack_len - 1; } p = m_alloc(struct stack_end_entry,1); p->next = stack[ j ].end; stack[ j ].end = p; q = p->send = m_alloc(char,special_n+1); while( --special_n ) *q++ = get_char(); *q = '\0'; } } } else if( in_ch == '!' ) { struct group_path *p, *t; U_CHAR *q, str[256]; int n; p = m_alloc(struct group_path,1); n = 0; while( --special_n ) { str[n] = get_char(); if( ( str[n] != 'e') && (str[n] != 's') ){ break; } n++; } if(( ( str[n] != '<') && (str[n] != '>') && ( str[n] != '/') && (str[n] != '-') ) || (n==0) ){ str[n+1] = '\0'; err_i_str(38,str); } p->action = str[n]; str[n] = '\0'; p->path = m_alloc(char,n+1); (IGNORED) strcpy((char *) p->path, (char *) str); q = p->info = m_alloc(char,special_n+1); while( --special_n ) *q++ = get_char(); *q = '\0'; n = stack_n - 1; if( p->action == '>' ){ p->next = stack[ n ].path_end; stack[ n ].path_end = p; } else { p->next = (struct group_path *) 0; if( stack[n].path_start == (struct group_path *) 0 ) { stack[n].path_start = p; } else { t = stack[n].path_start; while( t->next != (struct group_path *) 0 ) { t = t->next; } t->next = p; } } } else { if( !group_dvi ){ warn_i(42); } (IGNORED) fseek(dvi_file, (long) --special_n, 1 ); special_n = 0; } } else if( (group_dvi = !group_dvi) == TRUE ){ long curr_pos; int ch, sv_stack_n; int cr_fnt; BOOL ch_token; int id_hide; cr_fnt = cur_fnt; sv_id = 0; ch_id = 0; id_hide = 0; ch_token = TRUE; while( del_stack != (struct del_stack_entry*) 0 ){ struct del_stack_entry* p; del_stack = (p = del_stack)->next; free((void *) p ); } stack_id = 0; curr_pos = ftell(dvi_file); sv_stack_n = stack_n; while( group_dvi ){ if( (ch = get_char()) >= 128 ) { switch( ch ){ case 128: case 129: case 130: case 131: case 133: case 134: case 135: case 136: { ch = (int) get_unt( (ch-(ch>132)) % 4 +1); ch_id++; if(!back_id_off ){ if( !id_hide ){ ch_token = TRUE; sv_id = ch_id; } switch( math_class_of( ch, cr_fnt ) ){ case 4 : { del_stack = push_del( (char) ch, cr_fnt); break; } case 5 : { del_stack = pop_del( (char) ch, id_hide, cr_fnt); break; } default:{ ; } } } break; } case 246 : (void) get_char(); case 245 : (void) get_char(); case 244 : (void) get_char(); case 243 : { int i; for( i=14; i; i-- ){ ch = get_char(); } i = ch + get_char(); (IGNORED) fseek(dvi_file, (long) i, 1 ); break; } case 132 : case 137 :{ (IGNORED) fseek(dvi_file, 8L, 1 ); break; } case 139 : { (IGNORED) fseek(dvi_file, 44L, 1 ); break; } case 143 : case 144 : case 145 : case 146 : { (IGNORED) (get_int( ch - 143 + 1 )); break; } case 148 : case 149 : case 150 : case 151 : { (IGNORED) (get_int( ch - 148 + 1)); break; } case 153 : case 154 : case 155 : case 156 : { (IGNORED) (get_int( ch - 153 + 1)); break; } case 157 : case 158 : case 159 : case 160 : { (IGNORED) (get_int( ch - 157 + 1)); break; } case 162 : case 163 : case 164 : case 165 : { (IGNORED) (get_int( ch - 162 + 1)); break; } case 167 : case 168 : case 169 : case 170 : { (IGNORED) (get_int( ch - 167 + 1)); break; } case 147 : case 152 : case 161 : case 166 : { break; } case 141 : { { struct group_info *p, *last; if( (last = p = stack[ stack_n ].begin) != (struct group_info *)0 ) if( p->stack_id == -1 ){ while( p ){ if( p->stack_id != -1 ){ break; } p->stack_id = stack_id; last = p; p = p->next; } while ( stack[ stack_n ].begin != last ){ p = (stack[ stack_n ].begin) -> next; (stack[ stack_n ].begin) -> next = last->next; last->next = stack[ stack_n ].begin; stack[ stack_n ].begin = p; } } } stack[stack_n].stack_id = stack_id++; if( !back_id_off ) { struct del_stack_entry *p; p = m_alloc(struct del_stack_entry,1); p->next = del_stack; p->id = p->fnt = -1; del_stack = p; } stack_n++; if( stack_n > ((int) stack_len + 2) ){ warn_i(40); } break; } case 142 : { stack_n--; if( !back_id_off ){ if( !id_hide ){ ch_token = FALSE; sv_id = stack[stack_n].stack_id; } while( del_stack != (struct del_stack_entry*) 0 ){ struct del_stack_entry* p; int id; del_stack = (p = del_stack)->next; id = p->id; free((void *) p ); if( id == -1 ) break; } } stack[stack_n].stack_id = -1; break; } case 239 : case 240 : case 241 : case 242 : { long int i; if( tex4ht_special( &ch, &i ) ){ if( ch == '~' ){ if( i==0 ){ group_dvi = FALSE ; }else{ switch( get_char() ){ case '<': { if( i-- ){ U_CHAR ch; if( (ch = get_char()) == '*' ) { struct send_back_entry *p, *q, *t=0; if( back_id_off ){ while( i-- ){ (IGNORED) get_char(); } } else { p = m_alloc(struct send_back_entry,1); p->send = get_str( (int)( i - 1 )); if( ch_token ){ p->id = sv_id; if( sv_id > back_token->id ){ p->next = back_token; back_token = p; } else { q = back_token; while( sv_id <= q->id ){ t = q; q = q->next; } p->next = t->next; t->next = p; } } else { p->id = (sv_id<0? 0 : sv_id) + push_id; if( back_group->id < p->id ) { p->next = back_group; back_group = p; } else { q = back_group; while( q->id >= p->id ) { t = q; q = q->next; } p->next = t->next; t->next = p; } } } } else if( (ch == '[') && (i==1) ){ i--; id_hide++; } else if( (ch == ']') && (i==1) ){ i--; id_hide--; } else if( (ch == '-') && (i==1) ){ i--; id_latex++; } else if( (ch == '+') && (i==1) ){ i--; id_latex--; } else if( (ch == '(') && (i==1) ){ i--; back_id_off++; } else if( (ch == ')') && (i==1) ){ i--; back_id_off--; } else { struct group_info *p; U_CHAR *q; int j; j = ch - '0' + stack_n - 1; if (j >= stack_len ) { j = stack_len - 1; } p = m_alloc(struct group_info,1); p->next = stack[ j ].begin; stack[ j ].begin = p; p->stack_id = stack[ j ].stack_id; q = p->info = m_alloc(char,i+1); while( --i ) *q++ = get_char(); *q = '\0'; } } break; } default: { (IGNORED) fseek(dvi_file, (long) --i, 1 ); break; } } } } else { (IGNORED) fseek(dvi_file, (long) i, 1 ); } }else{ U_CHAR *ch; ch = special_hd + 4; while( *ch ){ ch++; } (IGNORED) fseek(dvi_file, (long) i, 1 ); } break; } case 235 : case 236 : case 237 : case 238 : { INTEGER n; n = ch - 235 + 1; cr_fnt = (int) ((n==4)? get_int(4) : get_unt((int) n)); cr_fnt = search_font_tbl( cr_fnt ); break; } default: { if( (ch < 171 ) || (ch > 234 ) ) { if( ch == 140 ) { warn_i(46); } else { warn_i_int(45,ch); } } else { cr_fnt = ch - 171 ; cr_fnt = search_font_tbl( cr_fnt ); } break; } } } else { ch_id++; if(!back_id_off ){ if( !id_hide ){ ch_token = TRUE; sv_id = ch_id; } switch( math_class_of( ch, cr_fnt ) ){ case 4 : { del_stack = push_del( (char) ch, cr_fnt); break; } case 5 : { del_stack = pop_del( (char) ch, id_hide, cr_fnt); break; } default:{ ; } } } } } { struct group_info *first, *second, *temp; int i; for(i = stack_len; i >= 0; i--){ first = stack[i].begin; if( first ) { second = first->next; while( second ){ temp = second->next; second->next = first; first = second; second = temp; } (stack[i].begin)->next = (struct group_info *) 0; stack[i].begin = first; } } } back_group = rev_list( back_group ); back_token = rev_list( back_token ); back_token = back_insert ( back_token, 0); ch_id = 0; (IGNORED) fseek(dvi_file, curr_pos, 0 ); group_dvi = TRUE; stack_n = sv_stack_n; stack_id = 0; } else { { int stack_n; for( stack_n= ((int) stack_len + 2) ; stack_n>0; stack_n--){ group_dvi = TRUE; while( stack[stack_n-1].end ){ struct stack_end_entry *q, *p, *t; q = stack[ stack_n-1 ].end; p = stack[ stack_n-1 ].end = (struct stack_end_entry *) 0; while( q ){ t = q->next; q->next = p; p = q; q = t; } while( p ){ if( ! ignore_end_group ){ print_f( p->send ); } free((void *) p->send ); q = p; p = p->next; free((void *) q ); } } group_dvi =FALSE; while( stack[stack_n-1].begin ){ struct group_info *p; warn_i_str(44, stack[stack_n-1].begin->info); p = stack[stack_n-1].begin; stack[stack_n-1].begin = p->next; free((void *) p ); } stack[stack_n-1].stack_id = -1; } } } break; } case '.': { if( no_root_file ){ U_CHAR *name; name = m_alloc(char, 256); (IGNORED) strcpy((char *) name, (char *) no_root_file ); free((void *) no_root_file); no_root_file = name; name += (size_t) strlen((char *) name); while( *(--name) != '.' ); name++; while( special_n-- ){ if( (no_root_file+253) == name ) name--; *name++ = get_char(); } *name = '\0'; } else { U_CHAR str[256], *p; p = str; while( special_n-- ){ *p++ = get_char(); } *p = '\0'; warn_i_str(43,str); } break; } case '^': { switch( special_n ){ case 0:{ if( math_class_on ){ open_del = 256; pause_class = ignore_subclass_del = 0; math_class_on = FALSE; group_dvi = sv_group_dvi; trace_dvi_C = sv_trace_dvi_C; in_trace_char = sv_in_trace_char; span_on = sv_span_on; in_span_ch = sv_in_span_ch; } else { show_class = !show_class; } break; } case 1:{ sv_group_dvi = group_dvi; sv_trace_dvi_C = trace_dvi_C; sv_in_trace_char = in_trace_char; sv_span_on = span_on; sv_in_span_ch = in_span_ch; special_n--; if( (math_class = scan_class(1)) == 79 ) { math_class = 0; } else math_class_on = TRUE; break; } case 2:{ special_n -= 2; math_class = scan_class(0); stack[stack_n+1].ignore_subclass_del = ( ')' == get_char()); stack[stack_n+1].active_class_del = TRUE; stack[stack_n+1].temp_class_del = FALSE; stack[stack_n+1].no_left_del = TRUE; stack[stack_n+1].class_open = open_class[math_class]; stack[stack_n+1].class_close = close_class[math_class]; break; } default:{ { U_CHAR str[256], *p, ch, **q; math_class = scan_class(2); ch = get_char(); special_n -= 2; p = str; while( special_n-- > 0 ){ if( (*(p++) = get_char()) == ch ){ p--; break; } } *p = '\0'; q = (math_class > 78 )? &( stack[stack_n+1].temp_class_open ) : &(open_class[math_class]); *q = (char *) r_alloc((void *) open_class[math_class], 1 + (size_t) strlen((char *) str)); (IGNORED) strcpy((char *) *q, (char *) str); q = (math_class > 78 ) ? &( stack[stack_n+1].temp_class_close ) : &(close_class[math_class]); p = *q = (char *) r_alloc((void *) *q, 1 + (size_t) special_n); while( special_n-- > 0 ){ *(p++) = get_char(); } *p = '\0'; if( math_class > 78 ){ stack[stack_n+1].ignore_subclass_del = (math_class == ( 79 + 1) ); stack[stack_n+1].temp_class_del = TRUE; stack[stack_n+1].active_class_del = TRUE; } } } } break; } } special_on = FALSE; if( special_n > 0 ){ warn_i_int( 26, sv); while( special_n-- ) (IGNORED) putc( get_char(), stderr); } } else { while( special_n-- ) (void) get_char(); } break; } case 141 : { if( new_halign ){ stack[stack_n].halign_on = new_halign; if( stack[stack_n].halign_info ) { int j; for( j=8; j--; ){ if( stack[stack_n].halign[j] != halign[j] ){ if( ! (--(stack[stack_n].halign[j]->refs) ) ){ free((void *) stack[stack_n].halign[j]->str ); free((void *) stack[stack_n].halign[j] ); } stack[stack_n].halign[j] = halign[j]; (halign[j]->refs)++; } } } else { int j; stack[stack_n].halign_info = TRUE; for( j=8; j--; ){ stack[stack_n].halign[j] = halign[j]; (halign[j]->refs)++; } } print_f( stack[stack_n].halign[0]->str ); stack[stack_n].row_no = 0; new_halign = FALSE; } if( stack[stack_n].halign_on ) { print_f( stack[stack_n].halign[2]->str ); if( stack[stack_n].halign_on > TRUE ){ stack[stack_n].row_no++; stack[stack_n].col_no = 0; (IGNORED) fprintf(cur_o_file, "%d%s", stack[stack_n].row_no, stack[stack_n].halign[6]->str ); } } if( stack_n ){ if( stack[stack_n-1].halign_on ) { print_f( stack[stack_n-1].halign[4]->str ); if( stack[stack_n-1].halign_on > TRUE ){ stack[stack_n-1].col_no ++; (IGNORED) fprintf(cur_o_file, "%d%s", stack[stack_n-1].col_no, stack[stack_n-1].halign[7]->str ); } } } { struct group_info *p; if( group_dvi && ( (p = stack[stack_n].begin ) != (struct group_info *)0) ){ while( p ){ if( p->stack_id != stack_id ) break; print_f(p->info); stack[stack_n].begin = p->next; free((void *) p ); p = stack[stack_n].begin; } } stack_id++; } stack[stack_n].text_on = text_on; push_stack(); if( group_dvi ) { back_group = back_insert ( back_group, push_id); } { struct group_path *start_head, *start_tail, *parent_start_head, *parent_start_tail, *end_head, *end_tail, *parent_end_head, *parent_end_tail, *p, *q; int place=0; start_head = start_tail = parent_start_head = parent_start_tail = end_head = end_tail = parent_end_head = parent_end_tail = (struct group_path *) 0; if( rule_ch_off ){ ignore_spaces--; rule_ch_off = FALSE; } if( stack_n > 1 ){ p = stack[stack_n - 2].path_start; if( p != (struct group_path *) 0 ){ while( p != (struct group_path *) 0 ){ if( *(p->path ) == 'e' ) { (IGNORED) strcpy((char *) p->path, (char *) p->path+1); if( *(p->path) == '\0' ) { switch( p->action ){ case '<': print_f( p->info ); place = 4 ; break; case '/': ignore_chs++; place = 2 ; break; case '-': rule_ch_off = TRUE; ignore_spaces++; place = 4 ; break; } } else { place = 2 ; } } else { if( *(p->path ) == 's' ) { (IGNORED) strcpy((char *) p->path, (char *) p->path+1); } place = 0 ; } q = p; p = p->next; q->next = (struct group_path *) 0; switch( place ){ case 0 : if( parent_start_head == (struct group_path *) 0 ){ parent_start_head = parent_start_tail = q; } else { parent_start_tail = parent_start_tail->next = q; } break; case 2 : if( start_head == (struct group_path *) 0 ){ start_head = start_tail = q; } else { start_tail = start_tail->next = q; } break; case 4 : free((void *) q->path ); free((void *) q->info ); free((void *) q ); break; } } } p = stack[stack_n - 2].path_end; if( p != (struct group_path *) 0 ){ while( p != (struct group_path *) 0 ){ if( *(p->path ) == 'e' ) { (IGNORED) strcpy((char *) p->path, (char *) p->path+1); place = 3 ; } else { if( *(p->path ) == 's' ) { (IGNORED) strcpy((char *) p->path, (char *) p->path+1); } place = 1 ; } q = p; p = p->next; q->next = (struct group_path *) 0; switch( place ){ case 1 : if( parent_end_head == (struct group_path *) 0 ){ parent_end_head = parent_end_tail = q; } else { parent_end_tail = parent_end_tail->next = q; } break; case 3 : if( end_head == (struct group_path *) 0 ){ end_head = end_tail = q; } else { end_tail = end_tail->next = q; } break; case 4 : free((void *) q->path ); free((void *) q->info ); free((void *) q ); break; } } } stack[stack_n - 1].path_start = start_head; stack[stack_n - 1].path_end = end_head; stack[stack_n - 2].path_start = parent_start_head; stack[stack_n - 2].path_end = parent_end_head; } } if( push_depth<256 ) { push_st[push_depth] = push_id++; } if( trace_dvi_P && !ch_map_flag ){ if( no_root_file ){ open_o_file(); } if( *trace_dvi_del_P != '\0' ){ (IGNORED) fprintf(cur_o_file, "%s%d %d", trace_dvi_del_P, push_depth, push_st[(push_depth<256)? push_depth:256]); } (IGNORED) fprintf(cur_o_file, "%s", end_trace_dvi_del_P); } push_depth++; if( stack[stack_n].active_class_del ){ if( show_class && !pause_class && !ignore_subclass_del ){ (IGNORED) print_f( (stack[stack_n].temp_class_del)? stack[stack_n].temp_class_open : stack[stack_n].class_open); } ignore_subclass_del = ignore_subclass_del + stack[stack_n].ignore_subclass_del; stack[stack_n+1].no_left_del= FALSE; } break; } case 142 : { if( stack[stack_n].active_class_del ){ ignore_subclass_del = ignore_subclass_del - stack[stack_n].ignore_subclass_del; if( show_class && !pause_class && !ignore_subclass_del ){ (IGNORED) print_f( (stack[stack_n].temp_class_del)? stack[stack_n].temp_class_close : stack[stack_n].class_close); } stack[stack_n].active_class_del = FALSE; } { struct group_path *p, *q; if( stack_n > 1 ){ p = stack[stack_n - 1].path_start; if( p != (struct group_path *) 0 ){ while( p != (struct group_path *) 0 ){ if( *(p->path) != '\0' ) { char str[256]; (IGNORED) strcpy(str, "...."); *(str+3) = p->action; (IGNORED) strct(str,p->info); warn_i_str(38,str); } else { switch( p->action ){ case '/': ignore_chs--; break; default: { char str[256]; (IGNORED) strcpy(str, "...."); *(str+3) = p->action; (IGNORED) strct(str,p->info); warn_i_str(38,str); break; } } } q = p; p = p->next; free((void *) q->path ); free((void *) q->info ); free((void *) q ); } } p = stack[stack_n - 1].path_end; if( p != (struct group_path *) 0 ){ while( p != (struct group_path *) 0 ){ if( *(p->path) != '\0' ) { char str[256]; (IGNORED) strcpy(str, "...."); *(str+3) = p->action; (IGNORED) strct(str,p->info); warn_i_str(38,str); } else { switch( p->action ){ case '>': print_f( p->info ); break; default: { char str[256]; (IGNORED) strcpy(str, "...."); *(str+3) = p->action; (IGNORED) strct(str,p->info); warn_i_str(38,str); break; } } } q = p; p = p->next; free((void *) q->path ); free((void *) q->info ); free((void *) q ); } } } } while( stack[stack_n-1].end ){ struct stack_end_entry *q, *p, *t; q = stack[ stack_n-1 ].end; p = stack[ stack_n-1 ].end = (struct stack_end_entry *) 0; while( q ){ t = q->next; q->next = p; p = q; q = t; } while( p ){ if( ! ignore_end_group ){ print_f( p->send ); } free((void *) p->send ); q = p; p = p->next; free((void *) q ); } } push_depth--; if( trace_dvi_P && !ch_map_flag ){ if( no_root_file ){ open_o_file(); } if( *trace_dvi_del_p != '\0' ){ (IGNORED) fprintf(cur_o_file, "%s%d %d", trace_dvi_del_p, push_depth, push_st[(push_depth<256)? push_depth:256]); } (IGNORED) fprintf(cur_o_file, "%s", end_trace_dvi_del_p); } if( stack[stack_n].halign_on ) { print_f( stack[stack_n].halign[1]->str ); stack[stack_n].halign_on = FALSE; } if( stack_n ){ if( stack[stack_n-1].halign_on ) { print_f( stack[stack_n-1].halign[3]->str ); } } if( stack_n-1 ){ if( stack[stack_n-2].halign_on ) { print_f( stack[stack_n-2].halign[5]->str ); } } if( stack[stack_n].halign_info ) { int j; for( j=8; j--; ){ if( ! (--(stack[stack_n].halign[j]->refs) ) ){ free((void *) stack[stack_n].halign[j]->str ); free((void *) stack[stack_n].halign[j] ); } } stack[stack_n].halign_info = FALSE; } pop_stack(); if( ((x_val+0.6*word_sp) < stack[stack_n].x_val) ) put_char(' '); text_on = stack[stack_n].text_on; break; } } } } if( ch_map_flag ){ warn_i(27); init_ch_map(); } (IGNORED) printf("]%c",unread_pages % 10 == 0? '\n' : ' '); put_char('\n'); } } put_char('\n');put_char('\n'); while( opened_files != (struct files_rec*) 0 ) { (IGNORED) fclose( opened_files->file ); opened_files = opened_files->next; } { INTEGER bop_addr; int stack_depth=0; char cur_font[6]; BOOL visible_cnt=FALSE; job_name[job_name_n-3] = '\0'; file_n = 14; (IGNORED) fseek(dvi_file, 0L, 0 ); do{ ch = get_char(); idv_char( ch ); file_n++; }while( ch == 138 ); ch = get_char(); if( id_version != -1 ){ ch = id_version; } idv_char( ch ); for( i=12; i ; i-- ){ idv_char( get_char() ); } i = get_char(); idv_char( (int) i ); while( i-- ) idv_copy(); page_n = 0; x_val = 0; y_val = 0; stack_n = 0; idv_char( 139 ); idv_int( page_n + 1 ); for( i=36; i--; ) idv_char( 0); idv_int( -1 ); bop_addr = file_n; file_n += 45; idv_char( 141 ); file_n++; while( dis_pages ){ if( (ch = get_char()) < 128 ) { visible_cnt = TRUE; cond_idv_char( ch );} else switch( ch ){ case 128: case 129: case 130: case 131: case 133: case 134: case 135: case 136: { visible_cnt = TRUE; cond_string( ch, (ch - (ch>132)) % 4 +1 ); break; } case 139 : { x_val = 0; y_val = 0; stack_n = 0; (IGNORED) fseek(dvi_file, 44L, 1 ); break; } case 140 : { dis_pages--; } case 138 : { break; } case 147 : { cond_idv_char( ch ); x_val += dx_1; break; } case 152 : { cond_idv_char( ch ); x_val += dx_2; break; } case 161 : { cond_idv_char( ch ); y_val += dy_1; break; } case 166 : { cond_idv_char( ch ); y_val += dy_2; break; } case 143 : case 144 : case 145 : case 146 : { cond_idv_char( ch ); x_val += cond_int( ch - 143 + 1 ); break; } case 148 : case 149 : case 150 : case 151 : { cond_idv_char( ch ); dx_1 = (INTEGER) cond_int( ch - 148 + 1); x_val += dx_1; break; } case 153 : case 154 : case 155 : case 156 : { cond_idv_char( ch ); dx_2 = (INTEGER) cond_int( ch - 153 + 1); x_val += dx_2; break; } case 157 : case 158 : case 159 : case 160 : { cond_idv_char( ch ); y_val += cond_int( ch - 157 + 1); break; } case 162 : case 163 : case 164 : case 165 : { cond_idv_char( ch ); dy_1 = (INTEGER) cond_int( ch - 162 + 1); y_val += dy_1; break; } case 167 : case 168 : case 169 : case 170 : { cond_idv_char( ch ); dy_2 = (INTEGER) cond_int( ch - 167 + 1); y_val += dy_2; break; } case 132 :{ visible_cnt = TRUE; cond_string( ch,4 ); x_val += cond_int(4); break; } case 137 :{ visible_cnt = TRUE; cond_string( ch, 8 ); break; } case 239 : case 240 : case 241 : case 242 : { long int i; int special_nr; special_nr = ch; if( tex4ht_special( &ch, &i ) ){ if( ch == '+' ){ if( i==0 ){ if( dvi_flag ){ dvi_flag = 0; if( !visible_cnt ) { U_CHAR str[256]; (IGNORED) sprintf(str, "--- empty picture --- %sidv[%d] ---\n", job_name,page_n); (IGNORED) printf("%s", str); (IGNORED) fprintf(log_file, "%s",str); } while( stack_depth-- > 0 ){ idv_char( 142 ); file_n++; } } } else{ if( dvi_flag ){ cond_idv_char( special_nr ); cond_idv_int( i, special_nr - 239 + 1 ); while( i-- ) cond_idv_char( get_char() ); visible_cnt = TRUE; } else switch( get_char() ){ case '+': { { U_CHAR str[256], *ch; ch = str; while( --i ) *(ch++) = get_char(); *ch = '\0'; script(font_gif, job_name ,page_n+1, str); } dvi_flag = TRUE; dvi_page = TRUE; visible_cnt = FALSE; bop_addr = advance_idv_page( bop_addr, cur_font ); stack_depth = 0; set_loc( 143 , x_val ); set_loc( 157 , y_val ); break; } case '@': { while( --i ) (void) putc( get_char(), log_file ); (IGNORED) putc( '\n', log_file ); break; } default: { while( --i ) (void) get_char(); break; } } } } else while( i-- ) (void) get_char(); }else if( dvi_flag ){ visible_cnt = TRUE; { U_CHAR *ch; int j; ch = special_hd; (IGNORED) putc( (unsigned) 242 , idv_file ); file_n++; for(j=4; j--; ){ (IGNORED) putc( *ch, idv_file ); file_n++; ch++; } while( *ch ){ (IGNORED) putc( *ch, idv_file ); file_n++; ch++; } file_n += (int) i; while( i-- ) (IGNORED) putc( get_char(), idv_file ); } }else { if( dvi_page || !page_n ){ dvi_page = FALSE; visible_cnt = FALSE; bop_addr = advance_idv_page( bop_addr, cur_font ); stack_depth = 0; set_loc( 143 , x_val ); set_loc( 157 , y_val ); } dvi_flag = TRUE; { U_CHAR *ch; int j; ch = special_hd; (IGNORED) putc( (unsigned) 242 , idv_file ); file_n++; for(j=4; j--; ){ (IGNORED) putc( *ch, idv_file ); file_n++; ch++; } while( *ch ){ (IGNORED) putc( *ch, idv_file ); file_n++; ch++; } file_n += (int) i; while( i-- ) (IGNORED) putc( get_char(), idv_file ); } dvi_flag = FALSE; } break; } case 141 : { push_stack(); stack_depth++; cond_idv_char( ch ); break; } case 142 : { INTEGER cur_x, cur_y; stack_depth--; cur_x = (INTEGER) x_val; cur_y = (INTEGER) y_val; pop_stack(); if( dvi_flag ){ if( stack_depth<0 ){ warn_i_int( 24, page_n ); cond_idv_char( 146 ); idv_int( x_val - cur_x - dx_1 - dx_2 ); cond_idv_char( 151 ); idv_int( dx_1 ); cond_idv_char( 156 ); idv_int( dx_2 ); cond_idv_char( 160 ); idv_int( y_val - cur_y - dy_1 - dy_2 ); cond_idv_char( 165 ); idv_int( dy_1 ); cond_idv_char( 170 ); idv_int( dy_2 ); cond_idv_char( 141 ); file_n += 24; } cond_idv_char( ch ); } break; } case 246 : case 245 : case 244 : case 243 : { idv_char( ch ); file_n++; for( i=14; i; i-- ){ ch = get_char(); idv_char( ch ); file_n++; } i = ch; i += ch = get_char(); idv_char( ch ); file_n++; while( i-- ){ idv_copy(); } break; } case 235 : case 236 : case 237 : case 238 : { int i; idv_char( ch ); file_n++; cur_font[0] = ch - 235 + 2; cur_font[1] = ch; for( i=2; i <= cur_font[0]; i++ ){ ch = get_char(); idv_char( ch ); cur_font[i] = ch; file_n++; } break; } default: { if( (ch < 171 ) || (ch > 234 ) ){ if( (version_id == 5 ) && ( (ch == 251 ) || (ch == 252 ) || (ch == 253 ) || (ch == 254 ) ) ){ switch( ch ){ case 252 : { int i, flags; (void) get_unt(4); (void) get_unt(4); flags = (INTEGER) get_unt(2); if ((flags & 0x0002 ) || (flags & 0x0001 )) { for ( i = (INTEGER) get_unt(1) + (INTEGER) get_unt(1) + (INTEGER) get_unt(1) ; i>0; i-- ){ (void) get_unt(1); } if( flags & 0x0200 ){ (void) get_unt(4); } if( flags & 0x0800 ){ int n = (INTEGER) get_unt(2); for (i = 0; i < n; ++i) { (void) get_unt(4); } for (i = 0; i < n; ++i) { (void) get_int(4); } } } } break; case 254 : { int i, glyphCount; (void) get_unt(4); glyphCount = (INTEGER) get_unt(2); for( i = 0; i < glyphCount; ++i ){ (void) get_int(4); } for (i = 0; i < glyphCount; ++i){ (void) get_unt(2); } } break; default: printf(" ===> ---------- xdv's idv ------------ <==== %d\n" , ch); } } else { err_i(23); } } else { idv_char( ch ); file_n++; cur_font[0] = 1; cur_font[1] = ch; } break; } } } if( errCode > 0 ){ (IGNORED) fprintf(log_file, "tex4ht.c error: %d\n", errCode); } { int ch, i, mag; U_CHAR str[256]; (IGNORED) fprintf(log_file, "%s", begin_char_gif); dvi_flag = TRUE; for( cur_fnt = font_tbl_size; cur_fnt--; ){ (IGNORED) fprintf(log_file, lg_font_fmt, font_tbl[cur_fnt].family_name, font_tbl[cur_fnt].font_size, (int)( font_tbl[cur_fnt].design_sz * 100 / 655360 / 10), font_tbl[cur_fnt].mag); for( i = font_tbl[cur_fnt].char_l - font_tbl[cur_fnt].char_f + 1; i--; ) if( get_bit( font_tbl[cur_fnt].gif_on, i) ){ bop_addr = advance_idv_page( bop_addr, cur_font ); set_loc( 143 , (long int) mid_page_x ); set_loc( 157 , (long int) mid_page_y ); { INTEGER num; num = font_tbl[cur_fnt].num; if( num <= 63 ) cond_idv_char( (int) (num + 171 ) ); else if( dvi_flag ){ if( (num < 0) || (num > 16777215L) ) idv_int( 238 ); else if( num < 256 ) { idv_char( 235 ); file_n++; } else if( num < 65536L ) int_to_dvi((long int) 236 ,2); else int_to_dvi((long int) 237 ,3); cond_idv_char( (int) num ); } } if( (ch = i + font_tbl[cur_fnt].char_f) > 127 ) { if( ch < 256 ) cond_idv_char(133); else warn_i(23); } cond_idv_char( ch ); mag = (int) ((double) font_tbl[cur_fnt].scale / font_tbl[cur_fnt].design_sz * 10 ); if( !dos_file_names ){ if( mag == 10 ) (IGNORED) sprintf(str, "%s-%x%s", font_tbl[cur_fnt].name, ch, gif); else (IGNORED) sprintf(str, "%s-%x-%x%s", font_tbl[cur_fnt].name, mag, ch, gif); } if( dos_file_names ){ (IGNORED) strcpy((char *) str, (char *) font_tbl[cur_fnt].name); dos_gif_file(str, mag, ch); strct(str,gif); } script(font_gif, job_name ,page_n, str); } } (IGNORED) printf("Execute script `%slg'\n", job_name); (IGNORED) fclose( log_file ); } idv_char( 142 ); file_n += 2; idv_char( 140 ); (IGNORED) fseek(dvi_file, begin_postamble, 0 ); begin_postamble = file_n; idv_char( 248 ); file_n += 5; idv_int( bop_addr ); (IGNORED) fseek(dvi_file, 5L, 1 ); for( i = 20; i; i-- ) idv_copy(); i = (INTEGER) get_int(2) + 1; idv_char( (int) i >> 8 ); idv_char( (int) i & 0xFF ); file_n += 2; if( !page_n ) page_n++; idv_char( page_n >> 8 ); idv_char( (int) page_n & 0xFF ); file_n += 2; (IGNORED) fseek(dvi_file, 2L, 1 ); eof_op_n -= 32; while( --eof_op_n ) idv_copy(); idv_int(begin_postamble); (IGNORED) fseek(dvi_file, 4L, 1 ); file_n += 4; ch = get_char(); if( id_version != -1 ){ ch = id_version; } idv_char( ch ); for( i = 8 - file_n % 4; i; i-- ) idv_char( 223 ); } return 0; }