config.h

蓝牙SPP软件源代码

/*
  Configuration shared between spp_master and spp_slave
*/

#ifndef SPP_CONFIG_H

#define SPP_CONFIG_H

#include <cm_rfcomm.h>

#ifdef CSR_APPLICATION_HARDWARE
#ifndef USE_HANDSHAKE
#error SPP dongle design requires the use of handshaking
#endif
#endif

/* PIO assignments */

#ifdef CSR_APPLICATION_HARDWARE

/* Assignments for dedicated hardware */

#define LED_CONNECT     (1<<0)
#define LED_POWER       (1<<1)
#define BUTTON          (1<<6)
#define INVALID         (1<<7)
#define BUTTON_DOWN(p)  (((p) & BUTTON) == 0)

#else

/* Assignments for Casira */

#define LED_CONNECT     (1<<7)
#define LED_POWER       0
#ifdef USE_HANDSHAKE
#define BUTTON          (1<<4) /* Handshake wants to use 5 */
#else
#define BUTTON          (1<<5)
#endif
#define INVALID         0
#define BUTTON_DOWN(p)  (((p) & BUTTON) != 0)

#endif

/* Maximum allowed framesize */

#define MAX_FRAMESIZE 320

/* Connection manager is task zero */

#define CM 0

/* Use the first persistent store key for the address of the other device */

#define PSKEY_FAR_ADDR 0

/* Use the second persistent store key for the link key */

#define PSKEY_LINK_KEY 1

/*
    We need to choose a class for this device. For now just use the
    unassigned value with minor zero because nothing seems to fit
    cable replacement very well.
*/

#define CLASS_OF_DEVICE 0x1F00

/* Fill in parts of CM_CONNECT messages */

void config_use(cm_auth_config_t *use);
void config_park(cm_park_config_t *park);
void config_sniff(cm_sniff_config_t *sniff);

#endif