232                 break;

   232                 break;

   233             ++n;

   233             ++n;

   234         } while(!feof(f) && n <= sizeof(buf));

   234         } while(!feof(f) && n <= sizeof(buf));

   235 

   235 

   236         buf[n] = 0;

   236         buf[n] = 0;

   238         {

   238         {

   239             char *end_date, *start_task;

   239             char *end_date, *start_task;

   240             int time;

   240             int time;

   241 

   241 

   242             end_date = strchr(buf, '\t');

   242             end_date = strchr(buf, '\t');

   261             prev_task = strdup(start_task);

   261             prev_task = strdup(start_task);

   262             free(prev_time_str);

   262             free(prev_time_str);

   263             prev_time_str = strdup(buf);

   263             prev_time_str = strdup(buf);

   264             is_prev_time_read = 1;

   264             is_prev_time_read = 1;

   265         }

   265         }

   267         {

   267         {

   268             /* Time until now, for the last switch */

   268             /* Time until now, for the last switch */

   269             int diff = get_current_time() - prev_time;

   269             int diff = get_current_time() - prev_time;

   270             char *hms = seconds2hms(diff);

   270             char *hms = seconds2hms(diff);

   271             printf("%s %s (%s)\n", hms, prev_task, prev_time_str);

   271             printf("%s %s (%s)\n", hms, prev_task, prev_time_str);