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/*****************************************************************************
* Copyright Statement:
* --------------------
* This software is protected by Copyright and the information contained
* herein is confidential. The software may not be copied and the information
* contained herein may not be used or disclosed except with the written
* permission of MediaTek Inc. (C) 2005
*
* BY OPENING THIS FILE, BUYER HEREBY UNEQUIVOCALLY ACKNOWLEDGES AND AGREES
* THAT THE SOFTWARE/FIRMWARE AND ITS DOCUMENTATIONS ("MEDIATEK SOFTWARE")
* RECEIVED FROM MEDIATEK AND/OR ITS REPRESENTATIVES ARE PROVIDED TO BUYER ON
* AN "AS-IS" BASIS ONLY. MEDIATEK EXPRESSLY DISCLAIMS ANY AND ALL WARRANTIES,
* EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF
* MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NONINFRINGEMENT.
* NEITHER DOES MEDIATEK PROVIDE ANY WARRANTY WHATSOEVER WITH RESPECT TO THE
* SOFTWARE OF ANY THIRD PARTY WHICH MAY BE USED BY, INCORPORATED IN, OR
* SUPPLIED WITH THE MEDIATEK SOFTWARE, AND BUYER AGREES TO LOOK ONLY TO SUCH
* THIRD PARTY FOR ANY WARRANTY CLAIM RELATING THERETO. MEDIATEK SHALL ALSO
* NOT BE RESPONSIBLE FOR ANY MEDIATEK SOFTWARE RELEASES MADE TO BUYER'S
* SPECIFICATION OR TO CONFORM TO A PARTICULAR STANDARD OR OPEN FORUM.
*
* BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
* LIABILITY WITH RESPECT TO THE MEDIATEK SOFTWARE RELEASED HEREUNDER WILL BE,
* AT MEDIATEK'S OPTION, TO REVISE OR REPLACE THE MEDIATEK SOFTWARE AT ISSUE,
* OR REFUND ANY SOFTWARE LICENSE FEES OR SERVICE CHARGE PAID BY BUYER TO
* MEDIATEK FOR SUCH MEDIATEK SOFTWARE AT ISSUE.
*
* THE TRANSACTION CONTEMPLATED HEREUNDER SHALL BE CONSTRUED IN ACCORDANCE
* WITH THE LAWS OF THE STATE OF CALIFORNIA, USA, EXCLUDING ITS CONFLICT OF
* LAWS PRINCIPLES. ANY DISPUTES, CONTROVERSIES OR CLAIMS ARISING THEREOF AND
* RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
* THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC).
*
*****************************************************************************/
/*****************************************************************************
*
* Filename:
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*
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* Project:
* --------
* MAUI
*
* Description:
* ------------
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* Author:
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*============================================================================
* HISTORY
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*============================================================================
****************************************************************************/
#ifndef __MTF_NVRAM_DEF_H__
#define __MTF_NVRAM_DEF_H__
#ifdef __cplusplus
extern "C"
{
#endif /* __cplusplus */
#include "nvram_defs.h"
#include "nvram_enums.h"
#if defined(__MT_FRAMEWORK_SUPPORT__)
// LID Enums
/********************************************
*
* MTF Item
*
**********************************************/
typedef enum
{
NVRAM_EF_MTF_DMF_MISC_STATISTICS_LID = NVRAM_LID_GRP_MTF(0),
NVRAM_EF_MTF_DMF_MISC16_CONFIG_LID,
NVRAM_EF_MTF_DMF_KPI_STATISTICS_LID,
NVRAM_EF_MTF_DMF_CUSTOM_KPI_STATISTICS_LID,
NVRAM_EF_MTF_LAST_LID = NVRAM_LID_GRP_MTF(63)
}nvram_lid_mtf_enum;
// VERNO
#define NVRAM_EF_MTF_DMF_MISC_STATISTICS_LID_VERNO "001"
#define NVRAM_EF_MTF_DMF_MISC_STATISTICS_LID_HASH 0x51DAFF64
#define NVRAM_EF_MTF_DMF_MISC16_CONFIG_LID_VERNO "001"
#define NVRAM_EF_MTF_DMF_MISC16_CONFIG_LID_HASH 0xA2273570
#define NVRAM_EF_MTF_DMF_KPI_STATISTICS_LID_VERNO "005"
#define NVRAM_EF_MTF_DMF_KPI_STATISTICS_LID_HASH 0x4BCD10FD
#define NVRAM_EF_MTF_DMF_CUSTOM_KPI_STATISTICS_LID_VERNO "003"
#define NVRAM_EF_MTF_DMF_CUSTOM_KPI_STATISTICS_LID_HASH 0x36FB4E4F
// other defines
#define DMF_MISC16_RSRP_THRESH_LIST_NUM 16
// Size and Total
/* MISC */
typedef struct
{
kal_uint32 lte_attach_request_count;
kal_uint32 lte_attach_accept_count;
kal_uint32 lte_attach_reject_count;
kal_uint32 lte_attach_3410_expiry_count;
kal_uint32 non_ims_pdp_request_count;
kal_uint32 non_ims_pdp_accept_count;
kal_uint32 non_ims_pdp_reject_count;
kal_uint32 non_ims_pdp_t3380_expiry_count;
kal_uint32 ims_pdp_request_count;
kal_uint32 ims_pdp_accept_count;
kal_uint32 ims_pdp_reject_count;
kal_uint32 ims_pdp_t3380_expiry_count;
kal_uint32 non_ims_pdn_request_count;
kal_uint32 non_ims_pdn_success_count;
kal_uint32 non_ims_pdn_reject_count;
kal_uint32 non_ims_pdn_t3482_expiry_count;
kal_uint32 ims_pdn_request_count;
kal_uint32 ims_pdn_success_count;
kal_uint32 ims_pdn_reject_count;
kal_uint32 ims_pdn_t3482_expiry_count;
kal_uint32 non_data_sim_paging_count;
kal_uint32 non_data_sim_paging_for_volte_count;
kal_uint32 non_data_sim_paging_for_sms_count;
kal_uint32 non_data_sim_paging_for_detach_count;
kal_uint32 non_data_sim_paging_fail_count;
kal_uint32 non_data_sim_paging_for_others_count;
} nvram_ef_mtf_dmf_misc_statistics_struct;
/* MISC16 */
typedef struct
{
kal_bool is_valid;
kal_uint8 delta; // delta to report rsrp change
} nvram_dmf_misc16_volte_rsrp_delta_struct;
typedef struct
{
kal_bool is_valid;
kal_int16 rsrp_thresh_list[DMF_MISC16_RSRP_THRESH_LIST_NUM];
} nvram_dmf_misc16_volte_rsrp_threshold_struct;
typedef struct
{
kal_bool is_valid;
kal_uint16 t1_sec;
kal_uint16 t2_sec;
kal_int16 sinr_thresh;
kal_uint8 tx_drop_rate_thresh;
kal_uint8 rx_drop_rate_thresh;
} nvram_dmf_misc16_volte_ongoing_config_struct;
typedef struct
{
kal_uint8 volte_cell_report_type; // align dmf_app_misc16_volte_cell_info_report_type_enum
nvram_dmf_misc16_volte_rsrp_delta_struct volte_rsrp_delta;
nvram_dmf_misc16_volte_rsrp_threshold_struct volte_rsrp_thresh;
kal_bool is_volte_ongoing_report_enable;
nvram_dmf_misc16_volte_ongoing_config_struct volte_ongoing_config;
kal_bool is_volte_end_report_enable;
kal_bool is_volte_a2_report_enable;
kal_bool is_volte_b2_report_enable;
kal_uint32 abnormal_pdet_number_cfg;
kal_uint32 abnormal_pdet_period_cfg;
kal_int32 abnormal_pdet_offset_cfg;
} nvram_ef_mtf_dmf_misc16_config_struct;
// Size and Total
typedef struct
{
kal_uint32 lte_attach_req_cnt;
kal_uint32 lte_attach_succ_cnt;
kal_uint32 lte_attach_fail_cnt;
kal_uint32 act_default_eps_bearer_req_cnt;
kal_uint32 act_default_eps_bearer_accept_cnt;
kal_uint32 act_default_eps_bearer_reject_cnt;
kal_uint32 srvcc_ho_req_cnt;
kal_uint32 srvcc_ho_succ_cnt;
kal_uint32 srvcc_ho_fail_cnt;
kal_uint32 initial_ims_reg_req_cnt;
kal_uint32 initial_ims_reg_req_with_401_rsp_cnt;
kal_uint32 initial_ims_reg_req_with_auc_cnt;
kal_uint32 initial_ims_reg_success_cnt;
kal_uint32 initial_volte_call_rsp_cnt;
kal_uint32 final_volte_call_rsp_cnt;
kal_uint32 initial_volte_call_drop_cnt;
kal_uint32 final_volte_call_drop_cnt;
kal_uint32 initial_ims_reg_fail_cnt;
kal_uint32 initial_mo_volte_call_req_cnt;
kal_uint32 initial_mo_volte_call_connect_to_nw_cnt;
kal_uint32 mo_volte_call_early_release_cnt;
kal_uint32 mo_volte_call_with_403_cnt;
kal_uint32 mo_volte_call_with_486_cnt;
kal_uint32 mo_volte_call_with_480_cnt;
kal_uint32 mo_volte_call_with_484_cnt;
kal_uint32 mo_volte_call_with_600_cnt;
kal_uint32 mo_volte_call_with_604_cnt;
kal_uint32 mo_volte_call_with_487_cnt;
kal_uint32 initial_mt_volte_call_req_cnt;
kal_uint32 mt_volte_call_connect_success_cnt;
kal_uint32 mt_volte_call_early_release_cnt;
kal_uint32 mt_volte_call_with_486_cnt;
kal_uint32 mt_volte_call_with_403_cnt;
kal_uint32 mt_volte_call_with_480_cnt;
kal_uint32 mt_volte_call_with_484_cnt;
kal_uint32 mt_volte_call_with_600_cnt;
kal_uint32 mt_volte_call_with_604_cnt;
kal_uint32 mt_volte_call_with_487_cnt;
kal_uint32 tau_req_cnt;
kal_uint32 tau_succ_cnt;
kal_uint32 tau_fail_cnt;
kal_uint32 mo_csfb_ext_sr_req_snd_cnt;
kal_uint32 mo_csfb_succ_cnt;
kal_uint32 mo_csfb_fail_cnt;
kal_uint32 mt_csfb_cs_paging_rcv_cnt;
kal_uint32 mt_csfb_cs_service_notification_rcv_cnt;
kal_uint32 mt_csfb_succ_cnt;
kal_uint32 mt_csfb_fail_cnt;
kal_uint32 sms_over_sgs_mo_sms_start_cnt;
kal_uint32 sms_over_sgs_mo_sms_succ_cnt;
kal_uint32 sms_over_sgs_mo_sms_fail_cnt;
kal_uint32 sms_over_sgs_mt_sms_start_cnt;
kal_uint32 sms_over_sgs_mt_sms_succ_cnt;
kal_uint32 sms_over_sgs_mt_sms_fail_cnt;
kal_uint32 sms_over_ims_mo_sms_start_cnt;
kal_uint32 sms_over_ims_mo_sms_succ_cnt;
kal_uint32 sms_over_ims_mo_sms_fail_cnt;
kal_uint32 sms_over_ims_mt_sms_start_cnt;
kal_uint32 sms_over_ims_mt_sms_succ_cnt;
kal_uint32 sms_over_ims_mt_sms_fail_cnt;
kal_uint32 add_scg_req_cnt;
kal_uint32 add_scg_succ_cnt;
kal_uint32 add_scg_fail_cnt;
} nvram_ef_mtf_dmf_kpi_statistics_struct;
typedef struct
{
kal_uint32 lte_attach_req_cnt;
kal_uint32 lte_attach_succ_cnt;
kal_uint32 lte_attach_fail_with_cause2_cnt;
kal_uint32 lte_attach_fail_with_cause3_cnt;
kal_uint32 lte_attach_fail_with_cause6_cnt;
kal_uint32 lte_attach_fail_with_cause7_cnt;
kal_uint32 lte_attach_fail_with_cause8_cnt;
kal_uint32 lte_attach_fail_with_cause11_cnt;
kal_uint32 lte_attach_fail_with_cause12_cnt;
kal_uint32 lte_attach_fail_with_cause13_cnt;
kal_uint32 lte_attach_fail_with_cause14_cnt;
kal_uint32 lte_attach_fail_with_cause15_cnt;
kal_uint32 lte_attach_fail_with_cause16_cnt;
kal_uint32 lte_attach_fail_with_cause17_cnt;
kal_uint32 lte_attach_fail_with_cause18_cnt;
kal_uint32 lte_attach_fail_with_cause22_cnt;
kal_uint32 lte_attach_fail_with_cause25_cnt;
kal_uint32 lte_attach_fail_with_cause35_cnt;
kal_uint32 lte_attach_fail_with_cause42_cnt;
kal_uint32 act_default_eps_bearer_req_cnt;
kal_uint32 act_default_eps_bearer_accept_cnt;
kal_uint32 act_default_eps_bearer_reject_cnt;
kal_uint32 srvcc_ho_req_cnt;
kal_uint32 srvcc_ho_succ_cnt;
kal_uint32 srvcc_ho_fail_cnt;
kal_uint32 initial_ims_reg_req_cnt;
kal_uint32 initial_ims_reg_req_with_401_rsp_cnt;
kal_uint32 initial_ims_reg_req_with_auc_cnt;
kal_uint32 initial_ims_reg_success_cnt;
kal_uint32 initial_volte_call_rsp_cnt;
kal_uint32 final_volte_call_rsp_cnt;
kal_uint32 initial_volte_call_drop_cnt;
kal_uint32 final_volte_call_drop_cnt;
kal_uint32 initial_mo_volte_call_req_cnt;
kal_uint32 initial_mo_volte_call_connect_to_nw_cnt;
kal_uint32 mo_volte_call_early_release_cnt;
kal_uint32 mo_volte_call_with_403_cnt;
kal_uint32 mo_volte_call_with_486_cnt;
kal_uint32 mo_volte_call_with_480_cnt;
kal_uint32 mo_volte_call_with_484_cnt;
kal_uint32 mo_volte_call_with_600_cnt;
kal_uint32 mo_volte_call_with_604_cnt;
kal_uint32 mo_volte_call_with_487_cnt;
kal_uint32 initial_mt_volte_call_req_cnt;
kal_uint32 mt_volte_call_connect_success_cnt;
kal_uint32 mt_volte_call_early_release_cnt;
kal_uint32 mt_volte_call_with_486_cnt;
kal_uint32 mt_volte_call_with_403_cnt;
kal_uint32 mt_volte_call_with_480_cnt;
kal_uint32 mt_volte_call_with_484_cnt;
kal_uint32 mt_volte_call_with_600_cnt;
kal_uint32 mt_volte_call_with_604_cnt;
kal_uint32 mt_volte_call_with_487_cnt;
kal_uint32 tau_req_snd_cnt;
kal_uint32 tau_succ_cnt;
kal_uint32 tau_fail_with_cause3_cnt;
kal_uint32 tau_fail_with_cause6_cnt;
kal_uint32 tau_fail_with_cause7_cnt;
kal_uint32 tau_fail_with_cause8_cnt;
kal_uint32 tau_fail_with_cause9_cnt;
kal_uint32 tau_fail_with_cause10_cnt;
kal_uint32 tau_fail_with_cause11_cnt;
kal_uint32 tau_fail_with_cause12_cnt;
kal_uint32 tau_fail_with_cause13_cnt;
kal_uint32 tau_fail_with_cause14_cnt;
kal_uint32 tau_fail_with_cause15_cnt;
kal_uint32 tau_fail_with_cause22_cnt;
kal_uint32 tau_fail_with_cause25_cnt;
kal_uint32 tau_fail_with_cause35_cnt;
kal_uint32 tau_fail_with_cause40_cnt;
kal_uint32 tau_fail_with_cause42_cnt;
kal_uint32 mo_csfb_ext_sr_req_snd_cnt;
kal_uint32 mo_csfb_succ_cnt;
kal_uint32 mo_csfb_fail_cnt;
kal_uint32 mt_csfb_cs_service_notification_rcv_cnt;
kal_uint32 mt_csfb_cs_paging_rcv_cnt;
kal_uint32 mt_csfb_succ_cnt;
kal_uint32 mt_csfb_fail_cnt;
kal_uint32 sms_over_sgs_mo_sms_start_cnt;
kal_uint32 sms_over_sgs_mo_sms_succ_cnt;
kal_uint32 sms_over_sgs_mo_sms_fail_cnt;
kal_uint32 sms_over_sgs_mt_sms_start_cnt;
kal_uint32 sms_over_sgs_mt_sms_succ_cnt;
kal_uint32 sms_over_sgs_mt_sms_fail_cnt;
kal_uint32 sms_over_ims_mo_sms_start_cnt;
kal_uint32 sms_over_ims_mo_sms_succ_cnt;
kal_uint32 sms_over_ims_mo_sms_fail_cnt;
kal_uint32 sms_over_ims_mt_sms_start_cnt;
kal_uint32 sms_over_ims_mt_sms_succ_cnt;
kal_uint32 sms_over_ims_mt_sms_fail_cnt;
kal_uint32 add_scg_req_cnt;
kal_uint32 add_scg_succ_cnt;
kal_uint32 add_scg_fail_cnt;
} nvram_ef_mtf_dmf_custom_kpi_statistics_struct;
#define NVRAM_EF_MTF_DMF_MISC_STATISTICS_SIZE sizeof(nvram_ef_mtf_dmf_misc_statistics_struct)
#define NVRAM_EF_MTF_DMF_MISC_STATISTICS_TOTAL (1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_MTF_DMF_MISC16_CONFIG_SIZE sizeof(nvram_ef_mtf_dmf_misc16_config_struct)
#define NVRAM_EF_MTF_DMF_MISC16_CONFIG_TOTAL (1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_MTF_DMF_KPI_STATISTICS_SIZE sizeof(nvram_ef_mtf_dmf_kpi_statistics_struct)
#define NVRAM_EF_MTF_DMF_KPI_STATISTICS_TOTAL (1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_MTF_DMF_CUSTOM_KPI_STATISTICS_SIZE sizeof(nvram_ef_mtf_dmf_custom_kpi_statistics_struct)
#define NVRAM_EF_MTF_DMF_CUSTOM_KPI_STATISTICS_TOTAL (1 * NVRAM_DUAL_RECORD)
#endif /* __MT_FRAMEWORK_SUPPORT__ */
#ifdef __cplusplus
}
#endif
#endif /* __L4_NVRAM_DEF_H__ */