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void set_cursor(int id);
const char*log_if_error(const char*t);
#define FIL_SOLUTION 1
#define FIL_LEVEL 0
#define LUMP_LEVEL_IDX (-1)
#define LUMP_CLASS_DEF (-2)
#define LUMP_DIVISION_IDX (-3)
#define read_lump(a,b,c) read_lump_or_userstate(a,b,c,0)
#define read_userstate(a,b,c) read_lump_or_userstate(a,b,c,1)
// == picture ==
extern SDL_Surface*screen;
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extern AnimationSlot anim_slot[8];
extern Uint8 keymask[256/8];
extern Uint16 array_size;
extern Uint16*orders;
extern Uint8 norders;
extern Uint16 control_class;
typedef struct {
// Flags: 1=fill-width, 2=multi-colours, 4=built-in-data
Uint8 width,data,color,flag;
Uint8 form[2];
Uint16 ptr;
} DisplayColumn;
typedef struct {
union {
char*name; // free when loading table
Uint8 ag; // aggregate type
};
Uint16 ptr;
} DataColumn;
extern char*ll_head;
extern DisplayColumn*ll_disp;
extern Uint8 ll_ndisp;
extern DataColumn*ll_data;
extern Uint8 ll_ndata;
extern Uint8 ll_naggregate; // Aggregates will be listed in ll_data after the data columns
extern Uint16*ll_code;
Uint16 get_message_ptr(int c,int m);
void load_classes(void);
// == bindings ==
typedef struct {
char cmd;
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