#ifndef _STRUCTS_H_
#define _STRUCTS_H_

#ifdef WIN32
	#include <windows.h>
#endif

#ifndef BOOL
	#define BOOL short
	#define	TRUE	1
	#define	FALSE	0
#endif

#ifndef DWORD
	#define	DWORD	unsigned long
#endif

#ifndef	WINAPI
	#define WINAPI
#endif

#ifndef LPVOID
	#define LPVOID void *
#endif
#ifndef NULL
	#define NULL 0
#endif

//#include "interp.h"
#include "vis_threading.h"
#include "datum.h"
#define QUEUE_SIZE 512
#include <stdio.h>

#ifdef CPLUSPLUS
extern "C" {
#endif

typedef struct
{
	int type;
	int num_outputs;
	int num_inputs;
	char name[256];
	int wire_up_lookup;
	int wire_down_lookup;
	void * value_index;//used to associate with a def
	int io_num;
	unsigned short magic_cache_type;
	struct worker_def * magic_cache_implement;
	VIS_CRITICAL_SECTION(lock)
	BOOL null_input;
} worker;

typedef struct
{
	int start_worker;
	int end_worker;
	int output_num;
	int input_num;
} wire;


typedef struct
{
	datum * value;
	VIS_CRITICAL_SECTION(worker_lock)
	int ready_count;
	datum * params[32];
} worker_instance_data;


typedef struct
{
	datum *  data;
} wire_instance_data;

/*
Moved to datum.h for stupid reasons
typedef struct
{
	char filename[512];
	struct worker_def * deflist;
	int num_defs;
	int defs_storage;
	struct company * companylist;
	int num_companies;
	int companies_storage;
} program;

*/

/*typedef struct worker_def
{
	worker_impl	implement_func;
	char name[256];
	int num_outputs;
	int num_inputs;
	unsigned short input_types[32];
//	unsigned short output_types[32];
//	int	parent_out_wires[32];
	worker * workerlist;
	int num_workers;
	wire * wirelist;
	int num_wires;
	int * workers_to_wires_down;
	int * workers_to_wires_up;
//	struct worker_def * parent;
//	int parent_attached_worker;
//	int parent_attached_workerout;
//	struct worker_def ** children;
//	int num_children;
	BOOL magic;
	program program;
} worker_def;*/
/*
typedef struct worker_def_file
{
	worker_impl	implement_func;
	char name[256];
	int num_outputs;
	int num_inputs;
	unsigned short input_types[32];
//	unsigned short output_types[32];
//	int	parent_out_wires[32];
	worker * workerlist;
	int num_workers;
	wire * wirelist;
	int num_wires;
	int * workers_to_wires_down;
	int * workers_to_wires_up;
//	struct worker_def * parent;
//	int parent_attached_worker;
//	int parent_attached_workerout;
//	struct worker_def ** children;
//	int num_children;
	BOOL magic;
} worker_def;*/

typedef struct
{
	worker * workerlist;
	int num_workers;
	int worker_storage;
	wire * wirelist;
	int num_wires;
	int wire_storage;
	int * workers_to_wires_down;
	int * workers_to_wires_up;
	VIS_CRITICAL_SECTION(lock)
	BOOL dirty;
} custom_worker;

#define TRANSACTION_WRITE		0x8000
#define TRANSACTION_TYPE_MASK	0xFF
#define TRANSACTION_RETRY		0
#define TRANSACTION_FORCE		1

typedef struct worker_def
{
	custom_worker *	implement_func;	//points to either C function or "custom function struct"
	char * name;
	struct opt_entry * optimized;
	int opt_count;
	int num_stores;
	char ** uses_stores;
	unsigned short num_outputs;
	unsigned short num_inputs;
	unsigned short *input_types;
	unsigned short *output_types;
	unsigned short type;	//Magic, Builtin, Custom
	unsigned short transaction_flags;
#ifdef CPLUSPLUS
//ugly hack alert!
	program * prog;
#else
	program * program;
#endif
#ifdef USER_PROFILE
	int count;
	LARGE_INTEGER total;
	LARGE_INTEGER worst;
	VIS_CRITICAL_SECTION(lock)
#endif
} worker_def;

typedef struct defchunk
{
	int num_defs;
	int defs_storage;
	struct defchunk * next;
	worker_def deflist[1];
} defchunk;

typedef struct
{
	datum * name;
	datum * data;
	//short inuse;
} global_store;

typedef struct
{
	global_store * store;
	datum * begin_data;
	datum * instance_data;
	VIS_CRITICAL_SECTION(lock)
} global_store_use;

typedef struct
{
	int num_stores;
	datum * params[32];
	global_store_use stores[1];
} transaction;

typedef struct worker_instance
{
	worker_def * def;
	worker_instance_data * workerlist;
	datum ** opt_results;
	int num_workers;
	wire_instance_data * wirelist;
	int num_wires;
	void (*callback)(struct worker_instance *, int, struct worker_instance *, void * data);
	void * callback_data;
	struct worker_instance * caller_instance;
	int worker_in_caller;
	int in_queue_count;
	int in_progress_count;
	int child_count;
	transaction * trans;
#ifdef USER_PROFILE
	LARGE_INTEGER start;
#endif // USER_PROFILE
	VIS_CRITICAL_SECTION(counter_lock)
} worker_instance;

typedef void (*instance_callback)(worker_instance *, int, worker_instance *, void * data);

typedef struct
{
	int worker_num;
	worker_instance * instance;
} queue_entry;

typedef struct queue_section
{
	queue_entry entries[QUEUE_SIZE];
	struct queue_section * last;
	struct queue_section * next;
} queue_section;

#define ROOM_NO_ACCESS		0
#define ROOM_BYTE			1
#define ROOM_SHORT			2
#define ROOM_LONG			3
#define ROOM_SINGLE			4
#define ROOM_DOUBLE			5
//The param must be set to the max string length for these
#define ROOM_CSTRING_STRUCT	6
#define ROOM_PSTRING_STRUCT 7
//Pointer types: For the following it's assumed that it's safe to free the current string
#define ROOM_CSTRING		8
#define ROOM_PSTRING		9
//Will copy the contents of a complex value to the destination offset, or the union contents otherwise
#define ROOM_VIS_OBJECT		10
//Pointer to datum
#define ROOM_VIS_REF		11
//Use a worker to set/get the room
#define	ROOM_WORKER			12

#define PRIVATE_FLAG		0x8000
#define ROOM_TYPE_MASK		0xFF

typedef struct
{
	char * name;
	void * set_func;
	void * get_func;
	int param;
	unsigned short set_func_type;
	unsigned short get_func_type;
} company_room;

typedef struct company
{
	char name[256];
	worker_def ** methodlist;
	int num_methods;
	int method_storage;
	company_room * room_list;
	int num_rooms;
	int room_storage;
	int build_size;
	unsigned short type_id;
	VIS_CRITICAL_SECTION(lock)
} company;

typedef struct
{
	int num_entries;
	datum * entries[1];
} list_data;
/*
typedef struct ternary_node
{
	struct ternary_node * left;
	struct ternary_node * right;
	struct ternary_node * next;
	datum * payload;
	char letter;
} ternary_node;
*/

typedef struct ternary_node
{
	int left;
	int right;
	int next;
	datum * payload;
	char letter;
} ternary_node;

typedef struct
{
	int num_entries;	//Number of entries currently in the dict
	int num_nodes;		//Number of ternary nodes in the dict
	int node_storage;	//Max number of nodes we can store in the dict
	ternary_node nodes[1];
} dict_data;

typedef enum {FILE_NOSIZE, FILE_CLOSED, FILE_WRITE, FILE_READ, FILE_CANT_OPEN} file_status;
typedef struct
{
	unsigned int size;
#ifndef SEGA
	FILE * file;
#endif
	VIS_CRITICAL_SECTION(lock)
	int ref_count;
	file_status status;
	char name[1];
} shared_file;
typedef struct
{
	unsigned int offset;
	shared_file * shared;
} file_data;

typedef struct
{
	datum * title;
	double width;
	double height;
	datum * widget_dict;
	datum * widget_xpos;
	datum * widget_ypos;
	datum * id_list;
	datum * menu;
} vis_window;

typedef struct
{
	datum * label;
	datum * value;
	double width;
	double height;
	int flags;
	datum * handler_dict;
	int selected_index;
} vis_widget;

typedef struct
{
	datum * label_list;
	datum * action_list;
} vis_menu;

typedef struct
{
	VIS_CRITICAL_SECTION(lock)
	datum ** params;
	BOOL done_flag;
} def_done;

typedef struct opt_entry
{
	worker_def * def;
	int original_pos;
	int * input_data;
	int null_inputs;
	int branch1;
	int branch2;
	int * output_refs;
} opt_entry;

typedef struct
{
	worker_def * def;
	datum * params[32];
} worker_datum;
#define MIN_STACK_SIZE 512	//minimum stack size in longwords
typedef struct stack_segment
{
	int size;
	struct stack_segment *parent;
	struct stack_segment *child;
	unsigned long current_stack;//only used when stack is in the queue
	unsigned int data[MIN_STACK_SIZE];
} stack_segment;

#define QUEUE_FUNC			0
#define QUEUE_BUILTIN		1
#define	QUEUE_BLOCK			2
#define	QUEUE_BLOCK_WAIT	3

typedef struct
{
	unsigned long * address;
	void * params;
	stack_segment * stack;
	char	type;
} virt_queue_entry;

typedef struct virt_queue_segment
{
	struct virt_queue_segment * next;
	struct virt_queue_segment * last;
	virt_queue_entry entries[QUEUE_SIZE];
} virt_queue_segment;

typedef int (*worker_impl)(datum  **, queue_entry *);

//extern worker_def deflist[100];
//extern int num_defs;

//extern datum data[4096];
//extern int num_datum;

extern wire wirelist[2048];
extern int num_wires;

extern worker workerlist[1024];
extern int num_workers;

extern int workers_to_wires_down[2048];
extern int workers_to_wires_up[2048];

#ifdef CPLUSPLUS
}
#endif


#endif //_STRUCTS_H_