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Diff for /loncom/homework/CAPA-converter/capaCommon.c between versions 1.8 and 1.9

version 1.8, 2001/11/15 21:42:42 version 1.9, 2001/11/18 09:40:45
Line 153  extern  void       (*Status_Func)(); Line 153  extern  void       (*Status_Func)();
   begin_text();    begin_text();
   /*if ( !yyparse() )  { errcode = Lexi_qnum; } else { errcode = 0; }*/    /*if ( !yyparse() )  { errcode = Lexi_qnum; } else { errcode = 0; }*/
   if (!(temp=yylex())) { errcode = Lexi_qnum; } else { errcode = 0; }    if (!(temp=yylex())) { errcode = Lexi_qnum; } else { errcode = 0; }
 /*  printf("\nExited on: %d\n",temp); */    fprintf(stderr,"\nExited on: %d\n",temp);
 /*  printf("Flushing:\n"); */    fprintf(stderr,"Current cache: %d\n",current_cache);
     fprintf(stderr,"Flushing:\n"); 
   flush_delayed();    flush_delayed();
   /* fclose(Input_stream[0]);*/ /*The Lexer handles closing this*/    /* fclose(Input_stream[0]);*/ /*The Lexer handles closing this*/
   /* print_symb_stat(); */    /* print_symb_stat(); */
Line 169  extern  void       (*Status_Func)(); Line 170  extern  void       (*Status_Func)();
   
 int dyn_maxlen=1000000;  int dyn_maxlen=1000000;
 int delay;  int delay;
 void dyn_init()  void dyn_init(struct dyn_string *dyn)
 {  {
     dyn_delayed.len=0;      dyn->len=0;
     dyn_delayed.max=0;      dyn->max=0;
     dyn_delayed.str=NULL;      dyn->str=NULL;
 }  }
   
 /* this can be used to free up the str components if the output  void dyn_free(struct dyn_string* dyn)
    compenants are used internally, as in the reinit code   
 */  
 void dyn_free()  
 {  {
     if (dyn_delayed.str) {free(dyn_delayed.str);dyn_delayed.str=NULL;}      if (dyn->str) {
         free(dyn->str);dyn->str=NULL;
         dyn->len=0;
         dyn->max=0;
       }
 }  }
   
   
 int append_message(struct dyn_string *dyn_msg,char *format,va_list ap) {  int append_message(struct dyn_string *dyn_msg,char *format,va_list ap) {
     char *new;      char *new;
     int len,result;      int len,result;
   
     result=vasprintf(&new,format,ap);      if ((result=vasprintf(&new,format,ap))==-1) {
         fprintf(stderr,"vaspintf didn't like :%s:",format);
         exit(1);
       }
     len=strlen(new);      len=strlen(new);
   
 #ifdef DYN_DEBUG  #ifdef DYN_DEBUG
Line 237  void add_delayed(char *format, ...) { Line 243  void add_delayed(char *format, ...) {
   
     va_start(ap,format);      va_start(ap,format);
     append_message(&dyn_delayed,format,ap);      append_message(&dyn_delayed,format,ap);
 }      if (do_cache[current_cache]) {
         append_message(&cached_data[current_cache],format,ap);
       }
   }
   
 void flush_delayed()  void flush_delayed()
 {  {
   if (dyn_delayed.str) fputs(dyn_delayed.str,stdout);  
   dyn_free();dyn_init();  
   delay=0;    delay=0;
     if (dyn_delayed.str) { send(dyn_delayed.str); }
     dyn_free(&dyn_delayed);dyn_init(&dyn_delayed);
 }  }
   
 void send(char *text,...)  
   void send_to(int which, char *text, va_list ap)
 {  {
   va_list ap;  
   va_start(ap,text);  
   if (delay) {    if (delay) {
     append_message(&dyn_delayed,text,ap);      append_message(&dyn_delayed,text,ap);
   } else {    } else {
     vprintf(text,ap);      if (num_streams) {
         if (which == ALL_STREAMS) {
    int i;
    for (i=0;i<num_streams;i++) { append_message(&streams[i],text,ap); }
         } else {
    append_message(&streams[which],text,ap);
         }
       } else {
         vprintf(text,ap);
       }
   }    }
     if (do_cache[current_cache]) {
       append_message(&cached_data[current_cache],text,ap);
     }
   }
   
   void send(char *text,...)
   {
     va_list ap;
     va_start(ap,text);
     send_to(ALL_STREAMS,text,ap);
 }  }
   
   void send_stream(int which, char *text,...)
   {
     va_list ap;
     va_start(ap,text);
     send_to(which,text,ap);
   }
   
   int num_streams=0;
   struct dyn_string streams[MAX_STREAMS];
   void start_streams(int num) {
     int i;
     for(i=0; i<num; i++) { dyn_init(&streams[i]); }
     for(i=1; i<num; i++) { mode[i]=mode[0]; }
     num_streams=num;
   }
   
   void end_streams(int which) {
     int i;
     fputs(streams[which].str,stdout);
     for(i=0; i<num_streams; i++) { dyn_free(&streams[which]); }
     num_streams=0;
     mode[0]=mode[which];
   }
   
   int watch_mode[MAX_STREAMS];
 void end_mode()  void end_mode()
 {  {
   switch (mode) {    end_mode_stream(ALL_STREAMS);
   case MODE_COMMENT: send("</comment>\n"); break;  }
   case MODE_BLOCK: send("</block>\n"); break;  
   case MODE_SCRIPT: send("</script>\n"); break;  void end_mode_stream(int which)
   case MODE_OUTTEXT: send("<endouttext />\n"); break;  {
   case MODE_ANSWER: send("\n"); break;    if (num_streams) {
   case MODE_HINT: send("<endouttext />\n</hintpart>\n</hintgroup>\n"); break;      if (which == ALL_STREAMS) {
         int i;
         for (i=0;i<num_streams;i++) { end_mode_stream(i); }
         return;
       }
     } else {
       which=0;/* if streams aren't active make sure which is correct */
     }
     switch (mode[which]) {
     case MODE_COMMENT: send_stream(which,"</comment>\n"); break;
     case MODE_BLOCK: send_stream(which,"</block>\n"); break;
     case MODE_SCRIPT: send_stream(which,"</script>\n"); break;
     case MODE_OUTTEXT: send_stream(which,"<endouttext />\n"); break;
     case MODE_ANSWER: send_stream(which,"\n"); break;
     case MODE_HINT: send_stream(which,"<endouttext />\n</hintpart>\n</hintgroup>\n"); break;
     case MODE_IMPORT: send_stream(which,"</import>\n"); break;
   case MODE_NONE: break;    case MODE_NONE: break;
   }    }
   mode=MODE_NONE;    mode[which]=MODE_NONE;
     watch_mode[which]=0;
 }  }
   
 void start_mode(int newmode,char* args)  void start_mode(int newmode,char* args)
 {  {
   if (newmode == mode) return;    start_mode_stream(ALL_STREAMS,newmode,args);
   end_mode();  }
   
   void start_mode_stream(int which,int newmode,char* args)
   {
     if (num_streams) {
       if (which == ALL_STREAMS) {
         int i;
         for (i=0;i<num_streams;i++) { start_mode_stream(i,newmode,args); }
         return;
       } else {
         if (newmode == mode[which]) return;
       }
     } else {
       if (newmode == mode[0]) return;
       which=0;/* if streams aren't active make sure which is correct */
     }
     end_mode_stream(which);
   switch (newmode) {    switch (newmode) {
   case MODE_COMMENT: send("<comment>\n"); break;    case MODE_COMMENT: send_stream(which,"<comment>\n"); break;
   case MODE_BLOCK: send("<block %s>\n",args); break;    case MODE_BLOCK: send_stream(which,"<block %s>\n",args); break;
   case MODE_SCRIPT: send("<script type=\"loncapa/perl\">\n"); break;    case MODE_SCRIPT: send_stream(which,"<script type=\"loncapa/perl\">\n"); break;
   case MODE_OUTTEXT: send("<startouttext />\n"); break;    case MODE_OUTTEXT: send_stream(which,"<startouttext />\n"); break;
   case MODE_ANSWER: send("\n"); break;    case MODE_ANSWER: send_stream(which,"\n"); break;
   case MODE_HINT: send("<hintgroup>\n<hintpart on=\"default\">\n<startouttext />\n"); break;    case MODE_HINT: send_stream(which,"<hintgroup>\n<hintpart on=\"default\">\n<startouttext />\n"); break;
     case MODE_IMPORT: send_stream(which,"<import>"); break;
   case MODE_NONE: break;    case MODE_NONE: break;
   }    }
   mode=newmode;    mode[which]=newmode;
   }
   
   int current_cache=-1;
   int do_cache[MAX_CACHE];
   struct dyn_string cached_data[MAX_CACHE];
   
   void new_cache()
   {
     current_cache++;
     do_cache[current_cache]=1;
     if (current_cache>MAX_CACHE) { exit(CACHE_ERROR); }
     dyn_init(&cached_data[current_cache]);
   }
   
   void start_cache() 
   {
     do_cache[current_cache]=1;
   }
   
   void stop_cache()
   {
     do_cache[current_cache]=0;
   }
   
   void delete_cache()
   {
     if (current_cache > -1) {
       dyn_free(&cached_data[current_cache]);
       current_cache--;
     }
 }  }
 /* =||>|===================== End of capaCommon.c =====================|<||= */  /* =||>|===================== End of capaCommon.c =====================|<||= */
   
Removed from v.1.8  
changed lines
  Added in v.1.9

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