// rfc_slot_t* accept_rs = create_srv_accept_rfc_slot(srv_rs, p_open->rem_bda,p_opne->handle, p_open->new_listen_handle);
static inline rfc_slot_t* create_srv_accept_rfc_slot(rfc_slot_t* srv_rs, const bt_bdaddr_t* addr,
int open_handle, int new_listen_handle)
{
rfc_slot_t *accept_rs = alloc_rfc_slot(addr, srv_rs->service_name, srv_rs->service_uuid, srv_rs->scn, 0, FALSE);
clear_slot_flag(&accept_rs->f);
accept_rs->f.server = FALSE;
accept_rs->f.connected = TRUE;
accept_rs->security = srv_rs->security;
accept_rs->mtu = srv_rs->mtu;
accept_rs->role = srv_rs->role;
accept_rs->rfc_handle = open_handle;
accept_rs->rfc_port_handle = BTA_JvRfcommGetPortHdl(open_handle);
//now update listen rfc_handle of server slot
srv_rs->rfc_handle = new_listen_handle;
srv_rs->rfc_port_handle = BTA_JvRfcommGetPortHdl(new_listen_handle);
BTIF_TRACE_DEBUG4("create_srv_accept__rfc_slot(open_handle: 0x%x, new_listen_handle:"
"0x%x) accept_rs->rfc_handle:0x%x, srv_rs_listen->rfc_handle:0x%x"
,open_handle, new_listen_handle, accept_rs->rfc_port_handle, srv_rs->rfc_port_handle);
asrt(accept_rs->rfc_port_handle != srv_rs->rfc_port_handle);
//now swap the slot id
uint32_t new_listen_id = accept_rs->id;
accept_rs->id = srv_rs->id;
srv_rs->id = new_listen_id;
return accept_rs;
}
static rfc_slot_t *create_srv_accept_rfc_slot(rfc_slot_t *srv_rs, const bt_bdaddr_t *addr, int open_handle, int new_listen_handle) {
rfc_slot_t *accept_rs = alloc_rfc_slot(addr, srv_rs->service_name, srv_rs->service_uuid, srv_rs->scn, 0, false);
if (!accept_rs) {
LOG_ERROR(LOG_TAG, "%s unable to allocate RFCOMM slot.", __func__);
return NULL;
}
accept_rs->f.server = false;
accept_rs->f.connected = true;
accept_rs->security = srv_rs->security;
accept_rs->mtu = srv_rs->mtu;
accept_rs->role = srv_rs->role;
accept_rs->rfc_handle = open_handle;
accept_rs->rfc_port_handle = BTA_JvRfcommGetPortHdl(open_handle);
srv_rs->rfc_handle = new_listen_handle;
srv_rs->rfc_port_handle = BTA_JvRfcommGetPortHdl(new_listen_handle);
assert(accept_rs->rfc_port_handle != srv_rs->rfc_port_handle);
// now swap the slot id
uint32_t new_listen_id = accept_rs->id;
accept_rs->id = srv_rs->id;
srv_rs->id = new_listen_id;
return accept_rs;
}
static void on_cli_rfc_connect(tBTA_JV_RFCOMM_OPEN *p_open, uint32_t id) {
pthread_mutex_lock(&slot_lock);
rfc_slot_t *slot = find_rfc_slot_by_id(id);
if (!slot)
goto out;
if (p_open->status != BTA_JV_SUCCESS) {
cleanup_rfc_slot(slot);
goto out;
}
slot->rfc_port_handle = BTA_JvRfcommGetPortHdl(p_open->handle);
memcpy(slot->addr.address, p_open->rem_bda, 6);
if (send_app_connect_signal(slot->fd, &slot->addr, slot->scn, 0, -1))
slot->f.connected = true;
else
LOG_ERROR(LOG_TAG, "%s unable to send connect completion signal to caller.", __func__);
out:;
pthread_mutex_unlock(&slot_lock);
}
static void on_cli_rfc_connect(tBTA_JV_RFCOMM_OPEN *p_open, uint32_t id)
{
lock_slot(&slot_lock);
rfc_slot_t* rs = find_rfc_slot_by_id(id);
if(rs && p_open->status == BTA_JV_SUCCESS)
{
rs->rfc_port_handle = BTA_JvRfcommGetPortHdl(p_open->handle);
bd_copy(rs->addr.address, p_open->rem_bda, 0);
//notify app rfc is connected
APPL_TRACE_DEBUG4("call send_app_connect_signal, slot id:%d, fd:%d, rfc scn:%d, server:%d",
rs->id, rs->fd, rs->scn, rs->f.server);
if(send_app_connect_signal(rs->fd, &rs->addr, rs->scn, 0, -1))
{
//start monitoring the socketpair to get call back when app writing data
APPL_TRACE_DEBUG3("on_rfc_connect_ind, connect signal sent, slot id:%d, rfc scn:%d, server:%d",
rs->id, rs->scn, rs->f.server);
rs->f.connected = TRUE;
}
else APPL_TRACE_ERROR0("send_app_connect_signal failed");
}
else if(rs)
cleanup_rfc_slot(rs);
unlock_slot(&slot_lock);
}
