Free Hero Mesh

#!/bin/bash --
set -e
test -f CFLAGS || echo xxx > CFLAGS
test "xx$CFLAGS" = "x`cat CFLAGS`" || rm bindings.o class.o picture.o function.o exec.o
test "xx$CFLAGS" = "x`cat CFLAGS`" || rm bindings.o class.o picture.o function.o exec.o edit.o || true
echo "x$CFLAGS" > CFLAGS
test "x$EXE" = "x" && EXE=~/bin/heromesh
echo 'Flags: ' "$CFLAGS"
echo 'Target filename: ' "$EXE"
test instruc -nt instruc.h && node instruc.js > instruc.h
test instruc.js -nt instruc.h && node instruc.js > instruc.h
test names.js -nt names.h && node names.js > names.h
test quarks -nt quarks.h && node quarks.js > quarks.h
test quarks.js -nt quarks.h && node quarks.js > quarks.h
test heromesh.h -nt "$EXE" && rm bindings.o class.o picture.o function.o exec.o
test instruc.h -nt "$EXE" && rm class.o
test pcfont.h -nt "$EXE" && rm picture.o
test quarks.h -nt "$EXE" && rm bindings.o picture.o
test heromesh.h -nt "$EXE" && rm bindings.o class.o picture.o function.o exec.o edit.o || true
test instruc.h -nt "$EXE" && rm class.o || true
test pcfont.h -nt "$EXE" && rm picture.o || true
test quarks.h -nt "$EXE" && rm bindings.o picture.o || true
echo '* bindings'
test bindings.c -nt bindings.o && bash bindings.c
echo '* class'
test class.c -nt class.o && bash class.c
echo '* function'
test function.c -nt function.o && bash function.c
echo '* picture'
test picture.c -nt picture.o && bash picture.c
echo '* exec'
test exec.c -nt exec.o && bash exec.c
echo '* edit'
test edit.c -nt edit.o && bash edit.c
echo '* main'
bash main.c
echo 'DONE'

  objects[n]=o;
  return n;
  bad:
  free(o);
  return VOIDLINK;
}

// Here is where the execution of a Free Hero Mesh bytecode subroutine is executed.
static void execute_program(Uint16*code,int ptr,Uint32 obj) {
  Object*o=objects[obj];
  if(StackProtection()) Throw("Call stack overflow");
  for(;;) switch(code[ptr++]) {
    case OP_GOTO: ptr=code[ptr]; break;
    case OP_CALLSUB: execute_program(code,code[ptr++],obj); break;
    case OP_RET: return;

extern Uint8 pfwidth,pfheight;

void pfunlink(Uint32 n);
void pflink(Uint32 n);
Uint32 objalloc(Uint16 c);
void annihilate(void);
const char*execute_turn(int key);

// == edit ==

void run_editor(void);

#if 0
gcc ${CFLAGS:--s -O2} -o ${EXE:-~/bin/heromesh} main.c class.o picture.o bindings.o function.o exec.o smallxrm.o sqlite3.o `sdl-config --cflags --libs` -ldl -lpthread
gcc ${CFLAGS:--s -O2} -o ${EXE:-~/bin/heromesh} main.c class.o picture.o bindings.o function.o exec.o edit.o smallxrm.o sqlite3.o `sdl-config --cflags --libs` -ldl -lpthread
exit
#endif

/*
  This program is part of Free Hero Mesh and is public domain.
*/

    v=malloc(strtoll(v+1,0,0));
    fatal("%p %p :: %lld\n",v,stack_protect_mark,(long long)(((char*)stack_protect_mark)-v));
  }
  if(v[1]) stack_protect_mark=((char*)stack_protect_mark)+strtoll(v+1,0,0);
}
#endif

#define run_game() fatal("[Not implemented yet]\n")
int main(int argc,char**argv) {
  int optind=1;
  while(argc>optind && argv[optind][0]=='-') {
    int i;
    const char*s=argv[optind++];
    if(s[1]=='-' && !s[2]) break;
    for(i=1;s[i];i++) main_options[s[i]&127]=1;

  max_objects=strtoll(xrm_get_resource(resourcedb,optionquery,optionquery,2)?:"",0,0)?:0xFFFF0000L;
  annihilate();
  if(main_options['x']) {
    fprintf(stderr,"Ready for executing SQL statements.\n");
    do_sql_mode();
    return 0;
  }
  return 0; // for(;;) { if(main_options['e']) run_editor(); else run_game(); }
  for(;;) { if(main_options['e']) run_editor(); else run_game(); }
}