void ConnectionRfcommConnectResponseTestExtraParams(
Task theAppTask,
bool response,
Sink sink,
uint8 local_server_channel,
uint16 max_payload_size,
uint8 modem_signal,
uint8 break_signal,
uint16 msc_timeout
)
{
rfcomm_config_params params;
params.max_payload_size = max_payload_size;
params.modem_signal = modem_signal;
params.break_signal = break_signal;
params.msc_timeout = msc_timeout ;
ConnectionRfcommConnectResponse(
theAppTask,
response,
sink,
local_server_channel,
¶ms
);
}
void ConnectionRfcommConnectResponseTestExtraDefault(
Task theAppTask,
bool response,
Sink sink,
uint8 local_server_channel
)
{
ConnectionRfcommConnectResponse(
theAppTask,
response,
sink,
local_server_channel,
0
);
}
void SppConnectResponse(Task theAppTask, const bdaddr *bd_addr, const bool response, const Sink sink, const uint8 local_server_channel, const uint16 max_payload_size)
{
/* Create the Sppc task */
SPP *spp = PanicUnlessNew(SPP);
rfcomm_config_params rfcomm_config =
{
RFCOMM_DEFAULT_PAYLOAD_SIZE,
RFCOMM_DEFAULT_MODEM_SIGNAL,
RFCOMM_DEFAULT_BREAK_SIGNAL,
RFCOMM_DEFAULT_MSC_TIMEOUT
};
SPP_PRINT(("SPP Server Task Created.\n"));
spp->c.task.handler= sppsConnectionHandler;
spp->c.client_task = theAppTask;
spp->c.sink = sink;
spp->c.bd_addr = *bd_addr;
spp->c.max_payload_size = max_payload_size;
spp->c.state = sppConnecting;
spp->server_channel = local_server_channel;
/* If the response is negative, then the CL_RFCOM_SERVER_CONNECT_CFM will
* indicate that the connection was unsuccessful and put the SPP Server
* into the disconnecting state to tidy up
*/
if (spp->c.max_payload_size)
rfcomm_config.max_payload_size = spp->c.max_payload_size;
ConnectionRfcommConnectResponse(
&spp->c.task,
response,
sink,
local_server_channel,
&rfcomm_config
);
}
/****************************************************************************
NAME
hfpHandleRfcommConnectResponse
DESCRIPTION
Response to an incoming RFCOMM connect request.
RETURNS
void
*/
void hfpHandleRfcommConnectResponse(HFP *hfp, bool response, const bdaddr *addr, uint8 server_channel, const rfcomm_config_params *config)
{
/* Issue a reject without passing this up to the app */
ConnectionRfcommConnectResponse(&hfp->task, response, addr, server_channel, config);
}
/****************************************************************************
Response to an incoming RFCOMM connect request.
*/
void aghfpHandleRfcommConnectResponse(AGHFP *aghfp, bool response, Sink sink, uint8 server_channel, const rfcomm_config_params *config)
{
/* Issue a reject without passing this up to the app */
ConnectionRfcommConnectResponse(&aghfp->task, response, sink, server_channel, config);
}
