Free Hero Mesh

#include "smallxrm.h"
#include "heromesh.h"
#include "quarks.h"
#include "cursorshapes.h"
#include "names.h"

MoveItem*replay_list;
size_t replay_size;
Uint16 replay_size,replay_count,replay_pos,replay_mark;
Uint16 replay_count,replay_pos,replay_mark;
Uint8 solution_replay=255;

static volatile Uint8 timerflag;
static int exam_scroll;
static MoveItem*inputs;
static int inputs_size,inputs_count;
static Uint8 side_mode=255;

  return (v==EOF?0:v);
}

int decode_move_list(FILE*fp) {
  // Decodes a move list from the file, and stores it in replay_list and replay_count.
  // Returns the number of moves (replay_count).
  MoveItem v;
  size_t s=0;
  free(replay_list);
  replay_list=0;
  replay_size=0;
  replay_count=0;
  FILE*o=open_memstream((char**)&replay_list,&s);
  FILE*o=open_memstream((char**)&replay_list,&replay_size);
  if(!o) fatal("Allocation failed\n");
  while(replay_count<0xFFFD && (v=decode_move(fp))) {
    fwrite(&v,1,sizeof(MoveItem),o);
    replay_count++;
  }
  fclose(o);
  if(replay_count && !replay_list) fatal("Allocation failed\n");
  s/=sizeof(MoveItem);
  replay_size=(s>0xFFFF?0xFFFF:s);
  return replay_count;
}

static void record_solution(void);

static void setup_game(void) {
  const char*v;

static void save_replay(void) {
  long sz=replay_size;
  if(solution_replay || !replay_list) return;
  if(sz<replay_count+6) {
    replay_list=realloc(replay_list,sz=replay_count+6);
    if(!replay_list) fatal("Allocation failed\n");
    replay_size=(sz>0xFFFF?0xFFFF:sz);
    replay_size=sz;
  }
  if(gameover==1) solved=1;
  sz=replay_count+6;
  replay_list[sz-6]=replay_mark>>8;
  replay_list[sz-5]=replay_mark;
  replay_list[sz-4]=(level_version+solved-1)>>8;
  replay_list[sz-3]=level_version+solved-1;

      i=3;
      if(replay_list[2]&1) {
        while(i<sz && replay_list[i]) i++;
        i++;
      }
      if(replay_list[2]&2) i+=8;
      if(i>=sz || sz-i>0xFFFF) goto notfound;
      replay_size=(sz>0xFFFF?0xFFFF:sz);
      replay_size=sz;
      memmove(replay_list,replay_list+i,replay_count=sz-i);
      replay_mark=0;
    } else {
      goto notfound;
    }
  } else {
    replay_list=read_userstate(FIL_LEVEL,level_id,&sz);
    if(sz>=2) {
      replay_size=(sz>0xFFFF?0xFFFF:sz);
      replay_size=sz;
      replay_count=(replay_list[sz-2]<<8)|replay_list[sz-1];
      if(sz-replay_count>=4) replay_mark=(replay_list[replay_count]<<8)|replay_list[replay_count+1]; else replay_mark=0;
      if(sz-replay_count>=6) {
        i=(replay_list[replay_count+2]<<8)|replay_list[replay_count+3];
        if(i==level_version) solved=1;
      }
    } else {

  int i;
  if(!arg || !arg[strspn(arg," \t")]) return;
  fp=popen(arg,"r");
  if(!fp) {
    screen_message("Unable to open pipe for reading");
    return;
  }
  replay_list=realloc(replay_list,0x10000);
  if(!replay_list) fatal("Allocation failed");
  replay_mark=0;
  replay_size=0xFFFF;
  i=fread(replay_list,1,0xFFFD,fp);
  decode_move_list(fp);
  if(i&~0xFFFF) i=0;
  replay_count=i;
  pclose(fp);
}

static void do_export_moves(const char*arg) {
  FILE*fp;
  int i;
  if(!arg || !arg[strspn(arg," \t")]) return;
  fp=popen(arg,"w");
  if(!fp) {
    screen_message("Unable to open pipe for writing");
    return;
  }
  if(replay_count) fwrite(replay_list,1,replay_count,fp);
  encode_move_list(fp);
  pclose(fp);
}

static void do_load_moves(sqlite3_stmt*st) {
  int i=sqlite3_column_bytes(st,1);
  if(i&~0xFFFF) return;
  if(replay_size<i) replay_list=realloc(replay_list,replay_size=i);