/* For BT2.0 and 2.1 SIMAP Usage */
void mmi_bth_simap_authorize_ind(void* msg)
{
/* In this case: it is applied for after BT Profile v2.1 and is requested by operator */
bt_simap_auth_req_struct* bt_simap_auth_req = (bt_simap_auth_req_struct*)msg;
U8* name = NULL;
U8 bd_addr[6];
S32 conn_id;
MMI_TRACE(MMI_CONN_TRC_G7_BT, MMI_SIMAP_AUTHORIZE_IND, g_mmi_simap_cntx_p->state);
switch (g_mmi_simap_cntx_p->state)
{
case MMI_BTH_SIMAP_STAT_ACTIVATE:
{
if (!srv_ucm_is_any_call() && srv_sim_ctrl_any_sim_is_available())
{
g_mmi_simap_cntx_p->used_sim_id = 0;
g_mmi_simap_cntx_p->bt_addr.lap = bt_simap_auth_req->lap;
g_mmi_simap_cntx_p->bt_addr.uap = bt_simap_auth_req->uap;
g_mmi_simap_cntx_p->bt_addr.nap = bt_simap_auth_req->nap;
CONVERT_BDADDR2ARRAY(bd_addr, bt_simap_auth_req->lap, bt_simap_auth_req->uap, bt_simap_auth_req->nap);
name = BTBMGetLocalStoredName(bd_addr);
conn_id = srv_bt_cm_start_conn(MMI_TRUE, SRV_BT_CM_SIM_ACCESS_PROFILE_UUID, &g_mmi_simap_cntx_p->bt_addr, (CHAR* )name);
if (conn_id < 0)
{
mmi_bt_simap_authorize_rsp(&g_mmi_simap_cntx_p->bt_addr, (U32)SRV_BT_CM_SIM_ACCESS_PROFILE_UUID, MMI_FALSE);
return;
}
g_mmi_simap_cntx_p->cmgr_id = conn_id;
g_mmi_simap_cntx_p->state = MMI_BTH_SIMAP_STAT_AUTHORIZING;
mmi_bt_authorize_ind_notify(
name,
&g_mmi_simap_cntx_p->bt_addr,
SRV_BT_CM_SIM_ACCESS_PROFILE_UUID,
(void *)mmi_bt_simap_authorize_rsp
);
}
else
mmi_bt_simap_authorize_rsp(&g_mmi_simap_cntx_p->bt_addr, (U32)SRV_BT_CM_SIM_ACCESS_PROFILE_UUID, MMI_FALSE);
break;
}
default:
mmi_bt_simap_authorize_rsp(&g_mmi_simap_cntx_p->bt_addr, (U32)SRV_BT_CM_SIM_ACCESS_PROFILE_UUID, MMI_FALSE);
break;
}
}
/*****************************************************************************
* FUNCTION
* mmi_bth_simap_connect_ind_hdler
* DESCRIPTION
* This function is to
*
* PARAMETERS
* a IN/OUT first variable, used as returns
* b IN second variable
* RETURNS
* NONE.
* GLOBALS AFFECTED
* external_global
*****************************************************************************/
void mmi_bth_simap_connect_ind_hdler(void *msg)
{
bt_simap_connect_ind_struct *msg_p = (bt_simap_connect_ind_struct *)msg;
kal_uint8 i;
kal_uint8 bd_addr[6];
kal_uint8* name = NULL;
for(i = 0; i < MMI_BTH_SIMAP_MAX_CONNECTION; i++)
{
if(g_mmi_simap_cntx[i].state == MMI_BTH_SIMAP_STAT_ACTIVATE)
{
g_mmi_simap_cntx[i].state = MMI_BTH_SIMAP_STAT_CONNECT;
g_mmi_simap_cntx[i].connect_id = msg_p->cid;
g_mmi_simap_cntx[i].lap = msg_p->lap;
g_mmi_simap_cntx[i].uap = msg_p->uap;
g_mmi_simap_cntx[i].nap = msg_p->nap;
break;
}
}
CONVERT_BDADDR2ARRAY(bd_addr, msg_p->lap, msg_p->uap, msg_p->nap);
name = BTBMGetLocalStoredName(bd_addr);
//PRINT_INFORMATION("mmi_bth_spp_connect_ind_hdler(): get device name=%s",name);
/* inform CM connect result */
mmi_bth_connect_ind_hdler(
msg_p->lap,
msg_p->uap,
msg_p->nap,
name,
MMI_BTH_SIM_ACCESS_PROFILE_UUID,
msg_p->cid);
/* callback user profiles */
}
