btlib.h

#ifndef BTLIB
#define BTLIB

// for btlib.c Version 20
// devdata type values
#define BTYPE_LO 1
#define BTYPE_CL 2
#define BTYPE_LE 4
#define BTYPE_ME 8

// mask flags for for devinfo only
#define BTYPE_CONNECTED (1 << 16)
#define BTYPE_DISCONNECTED (1 << 17)
#define BTYPE_SHORT (1 << 18)
#define BTYPE_ANY (1 << 19)
#define BTYPE_SERME (1 << 20)

// flags for read
#define EXIT_TIMEOUT 1
#define EXIT_KEY 2

// RFCOMM channel for connect_node()
#define CHANNEL_NODE 0
#define CHANNEL_STORED 1
#define CHANNEL_NEW 2
#define CHANNEL_LE 3
// regservice flags
#define UUID_2 0
#define UUID_16 1

// list flags
#define LIST_SHORT 0
#define LIST_FULL 1
#define CTIC_R (1 << 4)
#define CTIC_W (1 << 5)
#define CTIC_NOTIFY (1 << 6)

// callback returns
#define SERVER_CONTINUE 1
#define SERVER_EXIT 0
// read_error() returns
#define ERROR_TIMEOUT 1
#define ERROR_KEY 2
#define ERROR_FATAL 3
#define ERROR_DISCONNECT 4

// set_print_flag()
#define PRINT_NONE 0
#define PRINT_NORMAL 1
#define PRINT_VERBOSE 2

// LE notify
#define NOTIFY_ENABLE 1
#define NOTIFY_DISABLE 2

// LE server operations
#define LE_CONNECT 1
#define LE_READ 2
#define LE_WRITE 3
#define LE_DISCONNECT 4
#define LE_TIMER 5
#define LE_KEYPRESS 7
#define SERVER_TIMER 5
#define CLASSIC_DATA 8
#define LE_NOTIFY_ENABLE 9
#define LE_NOTIFY_DISABLE 10

// link key
#define KEY_OFF 0
#define PASSKEY_OFF 0
#define AUTHENTICATION_OFF 0
#define KEY_ON 1
#define PASSKEY_LOCAL (1 << 1)
#define PASSKEY_REMOTE (1 << 2)
#define PASSKEY_FIXED (1 << 3)
#define PASSKEY_RANDOM (1 << 4)
#define JUST_WORKS (1 << 5)
#define BOND_NEW (1 << 6)
#define BOND_REPAIR (1 << 7)
#define AUTHENTICATION_ON (1 << 8)
#define SECURE_CONNECT (1 << 9)
// connect type
#define NO_CONN 0
#define NODE_CONN 1
#define CLASSIC_CONN 2
#define LE_CONN 3
// settings
#define FLAG_OFF 0
#define FLAG_ON 1
#define ENABLE_OBEX 1
#define HID_MULTI 2
#define FAST_TIMER 4

#define ANY_DEVICE 0
#define ALL_DEVICES 0
#define READ_WAIT -1
#define PACKET_ENDCHAR 254

int btle_devtimer(int node, int tods);
void btle_notifynode(int node);

void classic_scan(void);
int classic_server(int clientnode, int (*callback)(int, unsigned char *, int),
                   char endchar, int keyflag);
void close_all(void);
int cmd_stack_ptr(void);
int connect_node(int node, int channelflag, int channel);
char *ctic_name(int node, int cticn);
int ctic_ok(int node, int cticn);

char *device_address(int node);
int device_connected(int node);
int device_info(int mask);
char *device_name(int node);
int device_type(int node);
int disconnect_node(int node);

int find_channel(int node, int flag, unsigned char *uuid);
int find_ctics(int node);
int find_ctic_index(int node, int flag, unsigned char *uuid);

int hid_key_code(int key);

int init_blue(char *filename);
int init_blue_ex(char *filename, int hcin);
int init_btle(char *name, int hcin);

int keys_to_callback(int flag, int keyboard);

unsigned char *le_advert(int node);
void le_handles(int node, int lasthandle);
int le_interval(int node);
int le_pair(int node, int flags, int passkey);
void le_scan(void);
int le_server(int (*callback)(int, int, int), int timerds);

int list_channels(int node, int flag);
int list_ctics(int node, int flag);
int list_uuid(int node, unsigned char *uuid);

int localnode(void);

void mesh_on(void);
void mesh_off(void);
void mesh_server(int (*callback)(int, unsigned char *, int));

int node_server(int clientnode, int (*callback)(int, unsigned char *, int),
                char endchar);

int notify_ctic(int node, int cticn, int notifyflag,
                int (*callback)(int, int, unsigned char *, int));

int output_file(char *filemame);

int read_ctic(int node, int cticn, unsigned char *inbuf, int bufsize);
int read_error(void);

int read_mesh(int *node, unsigned char *inbuf, int bufsize, int exitflag,
              int timeoutms);

int read_node_count(int node, unsigned char *inbuf, int count, int exitflag,
                    int timeoutms);

int read_node_endchar(int node, unsigned char *inbuf, int bufsize, char endchar,
                      int exitflag, int timeoutms);
int read_all_endchar(int *node, unsigned char *inbuf, int bufsize, char endchar,
                     int exitflag, int timeoutms);

void read_node_clear(int node);
void read_all_clear(void);

void read_notify(int timeoutms);

void register_serial(unsigned char *uuid, char *name);

void save_pair_info(void);

void scroll_back(void);
void scroll_forward(void);
void set_flags(int flags, int onoff);
int set_le_interval(int min, int max);
int set_le_interval_update(int node, int min, int max);
int set_le_interval_server(int node, int min, int max);
void set_le_random_address(unsigned char *add);
int set_le_wait(int waitms);
void set_notify_node(int node);
int set_print_flag(int flag);
void sleep_ms(int ms);

unsigned char *strtohex(char *s, int *num);

unsigned long long time_ms(void);

int universal_server(int (*callback)(int, int, int, unsigned char *, int),
                     char endchar, int keyflag, int timerds);

int user_function(int n0, int n1, int n2, int n3, unsigned char *dat0,
                  unsigned char *dat1);
void uuid_advert(unsigned char *uuid);

int wait_for_disconnect(int node, int timout);
int write_ctic(int node, int cticn, unsigned char *outbuf, int count);
int write_mesh(unsigned char *outbuf, int count);
int write_node(int node, unsigned char *outbuf, int count);

#endif