bool SDP_create()
{
UINT i;
L2CAP_API sL2CAP;
SDP_API sAPI;
/* Allocate the control block */
if (NULL == gpsSDPCB)
{
gpsSDPCB = BT_malloc(sizeof(SDP_CONTROL_BLOCK));
}
/* Initialise the control block structure */
gpsSDPCB->bInitialised = true;
for (i = 0; i < SDP_SERVICE_COUNT; ++i)
{
gpsSDPCB->pService[i] = NULL;
}
#ifdef SDP_SERVICE_RFCOMM_ENABLE
gpsSDPCB->pService[0] = (SDP_SERVICE *)&sServiceRFCOMM;
#else
#error
#endif /*SDP_SERVICE_RFCOMM_ENABLE*/
L2CAP_getAPI(&sL2CAP);
gpsSDPCB->L2CAPsendData = sL2CAP.sendData;
sAPI.putData = &SDP_API_putPetition;
L2CAP_installSDP(&sAPI);
DBG_INFO("SDP Initialised\n");
return true;
}
BOOL BTAPP_Start(BT_DEVICE *psBTDevice)
{
HCIUSB_API sPHY;
HCI_API sHCI;
L2CAP_API sL2CAP;
DEVICE_API sAPI;
RFCOMM_API sRFCOMM;
ASSERT(NULL != psBTDevice);
/* Get all the APIs needed */
HCIUSB_getAPI(&sPHY);
HCI_getAPI(&sHCI);
L2CAP_getAPI(&sL2CAP);
RFCOMM_getAPI(&sRFCOMM);
/* Initialise the USB Device API directly related with the physical bus */
psBTDevice->sUSB.getACLBuff = sPHY.getACLBuff;
psBTDevice->sUSB.getEVTBuff = sPHY.getEVTBuff;
psBTDevice->sUSB.writeACL = sPHY.USBwriteACL;
psBTDevice->sUSB.writeCTL = sPHY.USBwriteCTL;
/* Initialise the last part of the USB Device API */
psBTDevice->sUSB.readACL = sHCI.putData;
psBTDevice->sUSB.readEVT = sHCI.putEvent;
/* L2CAP API */
psBTDevice->L2CAPdisconnect = sL2CAP.disconnect;
/* RFCOMM API */
psBTDevice->SPPsendData = sRFCOMM.sendData;
psBTDevice->SPPdisconnect = sRFCOMM.disconnect;
/* Install the Device call-backs in the RFCOMM and HCI layer */
sAPI.putRFCOMMData = &BTAPP_API_putRFCOMMData;
sAPI.confComplete = &BTAPP_API_confComplete;
RFCOMM_installDevCB(&sAPI);
HCI_installDevCB(&sAPI);
/* Issue the RESET command (which will trigger the HCI configuration) */
sHCI.setLocalName("PIC_BT", 6);
// sHCI.setPINCode("1234", 4);
sHCI.cmdReset();
DBG_INFO("BTAPP: Bluetooth stack start\n\r");
return TRUE;
}
