S32 srv_cbm_activate_mms_pre_proc(cbm_sim_id_enum mms_sim_id, cbm_result_error_enum *cause)
{
/*----------------------------------------------------------------*/
/* Local Variables */
/*----------------------------------------------------------------*/
cbm_sim_id_enum sim_id;
/*----------------------------------------------------------------*/
/* Code Body */
/*----------------------------------------------------------------*/
#ifdef __MMI_TELEPHONY_SUPPORT__
if (!srv_mode_switch_is_network_service_available() ||
srv_mode_switch_is_switching())
{
*cause = CBM_BEARER_FAIL;
return CBM_ERROR;
}
#endif /* __MMI_TELEPHONY_SUPPORT__ */
*cause = CBM_OK;
sim_id = srv_cbm_get_active_sim_id(mms_sim_id);
if (sim_id < CBM_SIM_ID_TOTAL)
{
srv_cbm_send_bearer_disconnect_req(sim_id, CBM_BEARER_PS);
return CBM_WOULDBLOCK;
}
else
{
return CBM_OK;
}
}
/*****************************************************************************
* FUNCTION
* srv_callset_is_available
* DESCRIPTION
* to check if sim-related call setting service is available
* PARAMETERS
* sim : [IN] target sim
* RETURNS
* MMI_TRUE if the specific sim-related call setting service is available
*****************************************************************************/
MMI_BOOL srv_callset_is_available(mmi_sim_enum sim)
{
/*----------------------------------------------------------------*/
/* Local Variables */
/*----------------------------------------------------------------*/
srv_mode_switch_type_enum usable_side;
/*----------------------------------------------------------------*/
/* Code Body */
/*----------------------------------------------------------------*/
if (!srv_mode_switch_is_network_service_available())
{
MMI_TRACE(MMI_COMMON_TRC_G5_CALL, TRC_SRV_CALLSET_IS_AVAILABLE, sim, MMI_FALSE, 1);
return MMI_FALSE;
}
usable_side = srv_mode_switch_get_current_mode();
/* check sim mode setting */
if (!(usable_side & sim))
{
MMI_TRACE(MMI_COMMON_TRC_G5_CALL, TRC_SRV_CALLSET_IS_AVAILABLE, sim, MMI_FALSE, 3);
return MMI_FALSE;
}
/* check sim status */
if (!srv_sim_ctrl_is_available(sim))
{
MMI_TRACE(MMI_COMMON_TRC_G5_CALL, TRC_SRV_CALLSET_IS_AVAILABLE, sim, MMI_FALSE, 4);
return MMI_FALSE;
}
if (
#ifdef __MMI_CALLSET_CALLER_ID__
srv_callset_is_caller_id_supported(sim) ||
#endif /* __MMI_CALLSET_CALLER_ID__ */
srv_ss_check_capability(sim, SRV_SS_ACT_CALL_WAIT, 0, SRV_SS_ALL_CALL) ||
srv_ss_check_capability(sim, SRV_SS_ACT_CALL_FORWARD, SRV_SS_CALL_FORWARD_CFALL, SRV_SS_ALL_CALL) ||
srv_ss_check_capability(sim, SRV_SS_ACT_CALL_BAR, SRV_SS_CALL_BAR_BAC, SRV_SS_ALL_CALL) ||
srv_callset_is_line_switch_supported(sim) ||
#ifdef __MMI_CALLSET_CUG__
srv_callset_is_cug_supported(sim) ||
#endif /* __MMI_CALLSET_CUG__ */
MMI_FALSE
)
{
MMI_TRACE(MMI_COMMON_TRC_G5_CALL, TRC_SRV_CALLSET_IS_AVAILABLE, sim, MMI_TRUE, 1);
return MMI_TRUE;
}
else
{
MMI_TRACE(MMI_COMMON_TRC_G5_CALL, TRC_SRV_CALLSET_IS_AVAILABLE, sim, MMI_FALSE, 6);
return MMI_FALSE;
}
}
cbm_result_error_enum srv_cbm_get_real_acct_id(U32 nw_acct_id, U32 *rel_acct_id, U32 *bearer_type)
{
/*----------------------------------------------------------------*/
/* Local Variables */
/*----------------------------------------------------------------*/
kal_uint8 app_id;
cbm_sim_id_enum sim_id;
kal_uint32 ori_acct_id;
cbm_result_error_enum cbm_errcode = CBM_OK;
srv_dtcnt_result_enum da_ret;
kal_int8 ret;
cbm_bearer_enum ori_bearer_type = CBM_BEARER_NONE;
/*----------------------------------------------------------------*/
/* Code Body */
/*----------------------------------------------------------------*/
cbm_decode_data_account_id((kal_uint32)nw_acct_id, &sim_id, &app_id, NULL, &ori_acct_id);
switch (ori_acct_id)
{
case CBM_DEFAULT_ACCT_ID:
da_ret = srv_dtcnt_get_auto_acc_id(nw_acct_id, &ori_acct_id);
if (da_ret == SRV_DTCNT_RESULT_SUCCESS &&
cbm_get_original_account(ori_acct_id) != CBM_DEFAULT_ACCT_ID)
{
ori_acct_id = cbm_set_app_id(ori_acct_id, CBM_INVALID_APP_ID);
}
else
{
ori_acct_id = CBM_INVALID_NWK_ACCT_ID;
cbm_errcode = CBM_INVALID_ACCT_ID;
}
break;
default:
break;
}
if (cbm_errcode == CBM_OK)
{
ret = cbm_get_bearer_type(ori_acct_id, &ori_bearer_type);
if (ret != CBM_OK ||
ori_bearer_type == CBM_BEARER_NONE
#ifndef __MMI_OP01_WIFI__
#ifdef __MMI_TELEPHONY_SUPPORT__
|| (ori_bearer_type != CBM_BEARER_WIFI &&
!srv_mode_switch_is_network_service_available())
#endif /* __MMI_TELEPHONY_SUPPORT__ */
#endif /* __MMI_OP01_WIFI__ */
)
{
cbm_errcode = CBM_INVALID_ACCT_ID;
}
#ifdef __PS_PDP_SWITCH_SUPPORT__
if (cbm_errcode == CBM_OK)
{
srv_cbm_app_cntx_struct *mms_app_p =
srv_cbm_get_mms_app_slot(SRV_CBM_APP_STATE_MMS_STARTUP);
if (!mms_app_p)
{
mms_app_p = srv_cbm_get_mms_app_slot(SRV_CBM_APP_STATE_MMS_PENDING);
}
if (mms_app_p)
{
if (sim_id != cbm_get_sim_id(mms_app_p->nw_acct_id))
{
cbm_errcode = CBM_BEARER_FAIL;
}
}
}
#endif /* __PS_PDP_SWITCH_SUPPORT__ */
}
if (rel_acct_id)
{
*rel_acct_id = cbm_encode_data_account_id(ori_acct_id, sim_id, app_id, KAL_FALSE);
}
if (bearer_type)
{
*bearer_type = ori_bearer_type;
}
return cbm_errcode;
}
VMINT vm_callout_ex(VMWSTR phnum, VM_CALLOUT_RESPONSE_T callback)
{
VM_P_HANDLE phandle = vm_pmng_get_current_handle();
// VMINT resid = -1;
mmi_ucm_make_call_para_struct make_call_para;
VMUINT16 gid = 0;
if (vm_pmng_state(phandle) != VM_PMNG_FOREGROUND)
{
vm_log_debug("vm_callout: state is not foreground");
return VM_CALLOUT_ERR_STATE;
}
#ifdef __MRE_SAL_SIM__
if (vm_sim_card_count() <= 0)
{
vm_log_debug("vm_callout: no sim card");
return VM_CALLOUT_ERR_NO_SIM;
}
#endif
if (!srv_mode_switch_is_network_service_available())
{
vm_log_debug("vm_callout: flight mode");
return VM_CALLOUT_ERR_FLIGHT;
}
if (vm_callout_status != VM_CALLOUT_IDEL)
{
vm_log_debug("vm_callout: device is busy now");
return VM_CALLOUT_ERR_BUSY;
}
if (phnum == NULL)
{
vm_log_debug("vm_callout : the ptr of phnum is NULL");
return VM_CALLOUT_ERR_PHONE_NUM;
}
if ((vm_wstrlen(phnum) <= 0) || (vm_wstrlen(phnum) >= 40))
{
vm_log_debug("vm_callout : the len of phnum is error");
return VM_CALLOUT_ERR_PHONE_NUM;
}
if (vm_available_phnum(phnum) == FALSE)
{
vm_log_debug("vm_callout : the content of phnum is error");
return VM_CALLOUT_ERR_PHONE_NUM;
}
if (phandle < 0)
{
vm_log_debug("vm_callout : phandle is error");
return VM_CALLOUT_ERR_PROCESS;
}
if ((vm_res_save_data(VM_RES_TYPE_CALLOUT, phnum, (vm_wstrlen(phnum) * 2), (void*)callback, phandle)) < 0)
{
VMINT resid = -1;
if ((resid = vm_res_findfirst(-1, VM_RES_TYPE_CALLOUT)) != VM_RES_NOT_FIND)
{
vm_res_release_data(VM_RES_TYPE_CALLOUT, resid);
vm_res_findclose(VM_RES_TYPE_CALLOUT);
}
if ((vm_res_save_data(VM_RES_TYPE_CALLOUT, phnum, (vm_wstrlen(phnum) * 2), (void*)callback, phandle)) < 0)
{
vm_log_debug("vm_callout: res save error");
return VM_CALLOUT_ERR_NO_RES;
}
}
vm_log_debug("vm_callout : before mmi_ucm_init_call_para");
mmi_ucm_init_call_para(&make_call_para);
vm_log_debug("vm_callout : after mmi_ucm_init_call_para");
switch (vm_sim_get_active_sim_card())
{
case 1:
make_call_para.dial_type = SRV_UCM_VOICE_CALL_TYPE;
break;
case 2:
make_call_para.dial_type = SRV_UCM_VOICE_CALL_TYPE_SIM2;
break;
case 3:
make_call_para.dial_type = SRV_UCM_VOICE_CALL_TYPE_SIM3;
break;
case 4:
make_call_para.dial_type = SRV_UCM_VOICE_CALL_TYPE_SIM4;
break;
default:
return VM_CALLOUT_ERR_NO_SIM;
}
make_call_para.ucs2_num_uri = (U16*)phnum;
vm_log_debug("vm_callout : before mmi_ucm_call_launch");
mmi_ucm_call_launch(gid, &make_call_para);
vm_log_debug("vm_callout : after mmi_ucm_call_launch");
return VM_CALLOUT_NO_ERR;
}
