mcu/interface/service/nvram/ssds_nvram_def.h

/*****************************************************************************
*  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:
 * ---------
 * ssds_nvram_def.h
 *
 * Project:
 * --------
 *   Bianco
 *
 * Description:
 * ------------
 *   
 *
 * Author:
 * -------
 * 
 ****************************************************************************/


#ifndef __SSDS_NVRAM_DEF_H__

#define __SSDS_NVRAM_DEF_H__



#ifdef __cplusplus

extern "C"

{

#endif  /*__cplusplus */



//head files



#include "nvram_defs.h"

#include "nvram_enums.h"

#include "ps_public_enum.h"

#include "device.h"

#include "custom_ssds.h"




// LID Enums
typedef enum
{
        NVRAM_EF_SSDS_BEGIN_LID                 = NVRAM_LID_GRP_SSDS(0), 
        NVRAM_EF_SSDS_REQUEST_PROFILE_LID       = NVRAM_LID_GRP_SSDS(1),
        NVRAM_EF_SSDS_RESPONSE_PROFILE_LID      = NVRAM_LID_GRP_SSDS(2),
        NVRAM_EF_SSDS_PDN_PROFILE_LID           = NVRAM_LID_GRP_SSDS(3),
        NVRAM_EF_SSDS_PDN_FAIL_PROFILE_LID      = NVRAM_LID_GRP_SSDS(4),
        NVRAM_EF_SSDS_TIMER_VALUE_PROFILE_LID   = NVRAM_LID_GRP_SSDS(5),
        NVRAM_EF_SSDS_XCAP_PROFILE_LID          = NVRAM_LID_GRP_SSDS(6),
        NVRAM_EF_SSDS_COMMON_CONFIG_PROFILE_LID = NVRAM_LID_GRP_SSDS(7),
		NVRAM_EF_SSDS_CW_SYNC_INFO_LID          = NVRAM_LID_GRP_SSDS(8),
        NVRAM_EF_SSDS_LAST_LID                  = NVRAM_LID_GRP_SSDS(63)
        
}nvram_lid_ssds_enum;




// VERNO
#define NVRAM_EF_SSDS_REQUEST_PROFILE_LID_VERNO                    "004"
#define NVRAM_EF_SSDS_RESPONSE_PROFILE_LID_VERNO                   "003"
#define NVRAM_EF_SSDS_PDN_PROFILE_LID_VERNO                        "003"
#define NVRAM_EF_SSDS_PDN_FAIL_PROFILE_LID_VERNO                   "004"
#define NVRAM_EF_SSDS_TIMER_VALUE_PROFILE_LID_VERNO                "005"
#define NVRAM_EF_SSDS_XCAP_PROFILE_LID_VERNO                       "002"
#define NVRAM_EF_SSDS_COMMON_CONFIG_PROFILE_LID_VERNO              "009"
#define NVRAM_EF_SSDS_CW_SYNC_INFO_LID_VERNO					   "000"

//HASH VALUE
#define NVRAM_EF_SSDS_REQUEST_PROFILE_LID_HASH         0x8BC39EA6
#define NVRAM_EF_SSDS_RESPONSE_PROFILE_LID_HASH        0xC3BE03F9
#define NVRAM_EF_SSDS_PDN_PROFILE_LID_HASH             0xBCA265C3
#define NVRAM_EF_SSDS_PDN_FAIL_PROFILE_LID_HASH        0x914E8A91
#define NVRAM_EF_SSDS_TIMER_VALUE_PROFILE_LID_HASH     0x9219C77B
#define NVRAM_EF_SSDS_XCAP_PROFILE_LID_HASH            0x5BBAB9D8
#define NVRAM_EF_SSDS_COMMON_CONFIG_PROFILE_LID_HASH   0x7D99E272
#define NVRAM_EF_SSDS_CW_SYNC_INFO_LID_HASH			   0x7753EA58

// Data Structure of Each LID
#if 1
#define	NVRAM_EF_SSDS_REQUEST_PROFILE_MAX_ENTRY_NUM		32
typedef struct
{
	kal_bool	check_atcmd_type;	
	
//	kal_bool	check_opid;
//	kal_bool	check_mccmnc;
	kal_bool	check_sim_type;
	
	kal_bool	check_ims_registered;
	kal_bool	check_ims_domain;
	kal_bool	check_roaming_type;
    kal_bool	check_lte_attached;
	kal_bool	check_reserved[8];

}nvram_ef_ssds_request_profile_mask_struct;

typedef struct
{
	custom_ssds_atcmd_type		atcmd_type;

//	kal_uint32					op_id;
//	kal_char					      mccmnc[7];
	kal_uint8					sim_type;
	
	kal_bool					ims_registered;
	custom_ssds_ims_domain_type	ims_domain;
	custom_ssds_roaming_type	roaming_type;
    kal_bool                    lte_attached;
	
	kal_uint8					reserved[16];	

}nvram_ef_ssds_request_profile_value_struct;

typedef struct
{
	/*response*/
	custom_ssds_path_type	req_path;

}nvram_ef_ssds_request_profile_action_struct;


 typedef struct
{
	kal_bool		is_valid;
	nvram_ef_ssds_request_profile_mask_struct		mask;
	nvram_ef_ssds_request_profile_value_struct 		value;
	nvram_ef_ssds_request_profile_action_struct		action;
	
} nvram_ef_ssds_request_profile_entry_struct;


typedef struct
{
	nvram_ef_ssds_request_profile_entry_struct	req_path_entry[NVRAM_EF_SSDS_REQUEST_PROFILE_MAX_ENTRY_NUM];	
	
} nvram_ef_ssds_request_profile_struct;

// Size and Total 
#define NVRAM_EF_SSDS_REQUEST_PROFILE_TOTAL    	(1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_SSDS_REQUEST_PROFILE_SIZE   	sizeof(nvram_ef_ssds_request_profile_struct)    // Size of each record

#endif


#if 1
#define	NVRAM_EF_SSDS_RESPONSE_PROFILE_MAX_ENTRY_NUM	16

typedef struct
{
	kal_bool	check_atcmd_type;	
	kal_bool	check_rsp_id;

//	kal_bool	check_opid;
//	kal_bool	check_mccmnc;
	kal_bool	check_sim_type;
	
	kal_bool	check_ims_registered;
	kal_bool	check_ims_domain;
	kal_bool	check_roaming_type;
	kal_bool	check_reserved[8];

}nvram_ef_ssds_response_profile_mask_struct;

typedef struct
{
	custom_ssds_atcmd_type		atcmd_type;
	kal_uint32					rsp_id;

//	kal_uint32					op_id;
//	kal_char					mccmnc[7];
	kal_uint8					sim_type;

	
	kal_bool					ims_registered;
	custom_ssds_ims_domain_type	ims_domain;
	custom_ssds_roaming_type	roaming_type;
	
	kal_uint32					reserved[8];	

}nvram_ef_ssds_response_profile_value_struct;

typedef struct
{
	/*response*/
	custom_ssds_csfb_type	rsp_path;

}nvram_ef_ssds_response_profile_action_struct;

typedef struct
{
	kal_bool		is_valid;
	nvram_ef_ssds_response_profile_mask_struct		mask;
	nvram_ef_ssds_response_profile_value_struct 	value;
	nvram_ef_ssds_response_profile_action_struct	action;
	
} nvram_ef_ssds_response_profile_entry_struct;


typedef struct
{
	nvram_ef_ssds_response_profile_entry_struct	response_path_entry[NVRAM_EF_SSDS_RESPONSE_PROFILE_MAX_ENTRY_NUM];	
} nvram_ef_ssds_response_profile_struct;

// Size and Total 
#define NVRAM_EF_SSDS_RESPONSE_PROFILE_TOTAL    (1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_SSDS_RESPONSE_PROFILE_SIZE   	sizeof(nvram_ef_ssds_response_profile_struct)    // Size of each record

#endif

#if 1
#define	NVRAM_EF_SSDS_PDN_PROFILE_MAX_ENTRY_NUM		16
typedef struct
{
	kal_bool	check_atcmd_type;	

	//kal_bool	check_opid;
	//kal_bool	check_mccmnc;
	kal_bool	check_sim_type;
	
	kal_bool	check_ims_registered;
	kal_bool	check_ims_domain;
	kal_bool	check_roaming_type;
	
	kal_bool	check_roaming_setting;
	kal_bool	check_data_setting;
	kal_bool	check_reserved[8];	

}nvram_ef_ssds_pdn_profile_mask_struct;

typedef struct
{
	custom_ssds_atcmd_type		atcmd_type;

//   kal_uint32					op_id;
//   kal_char					      mccmnc[7];
	kal_uint8					sim_type;
	
	kal_bool					ims_registered;
	custom_ssds_ims_domain_type	ims_domain;
	custom_ssds_roaming_type	roaming_type;
	
	kal_bool					roaming_setting;
	kal_bool					data_setting;
	
	kal_uint8					reserved[16];	

}nvram_ef_ssds_pdn_profile_value_struct;

typedef struct
{
	/*response*/
	custom_ssds_pdn_type	pdn_path;

}nvram_ef_ssds_pdn_profile_action_struct;

typedef struct
{
	kal_bool		is_valid;
	nvram_ef_ssds_pdn_profile_mask_struct		mask;
	nvram_ef_ssds_pdn_profile_value_struct 		value;
	nvram_ef_ssds_pdn_profile_action_struct		action;
	
} nvram_ef_ssds_pdn_profile_entry_struct;


typedef struct
{
	nvram_ef_ssds_pdn_profile_entry_struct	pdn_path_entry[NVRAM_EF_SSDS_PDN_PROFILE_MAX_ENTRY_NUM];	
} nvram_ef_ssds_pdn_profile_struct;

// Size and Total 
#define NVRAM_EF_SSDS_PDN_PROFILE_TOTAL    (1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_SSDS_PDN_PROFILE_SIZE   	sizeof(nvram_ef_ssds_pdn_profile_struct)    // Size of each record

#endif

#if 1
#define	NVRAM_EF_SSDS_PDN_FAIL_PROFILE_MAX_ENTRY_NUM	16

typedef struct
{
	kal_bool	check_esm_cause;

//	kal_bool	check_opid;
//	kal_bool	check_mccmnc;
	kal_bool	check_sim_type;
	
	kal_bool	check_ims_registered;
	kal_bool	check_ims_domain;
	kal_bool	check_roaming_type;
	kal_bool	check_reserved[8];

}nvram_ef_ssds_pdn_fail_profile_mask_struct;

typedef struct
{
	kal_uint32					esm_cause;

//	kal_uint32					op_id;
//	kal_char					mccmnc[7];
	kal_uint8					sim_type;
	
	kal_bool					ims_registered;
	custom_ssds_ims_domain_type	ims_domain;
	custom_ssds_roaming_type	roaming_type;

	kal_uint8					reserved[16];	

}nvram_ef_ssds_pdn_fail_profile_value_struct;

typedef struct
{
	/*response*/
    custom_ssds_pdn_fail_path_type pdn_fail_path;

}nvram_ef_ssds_pdn_fail_profile_action_struct;

typedef struct
{
	kal_bool		is_valid;
	nvram_ef_ssds_pdn_fail_profile_mask_struct			mask;
	nvram_ef_ssds_pdn_fail_profile_value_struct 		value;
	nvram_ef_ssds_pdn_fail_profile_action_struct		action;
	
} nvram_ef_ssds_pdn_fail_profile_entry_struct;


typedef struct
{
	nvram_ef_ssds_pdn_fail_profile_entry_struct	pdn_fail_entry[NVRAM_EF_SSDS_PDN_FAIL_PROFILE_MAX_ENTRY_NUM];	
} nvram_ef_ssds_pdn_fail_profile_struct;

// Size and Total 
#define NVRAM_EF_SSDS_PDN_FAIL_PROFILE_TOTAL    (1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_SSDS_PDN_FAIL_PROFILE_SIZE   	sizeof(nvram_ef_ssds_pdn_fail_profile_struct)    // Size of each record

#endif

#if 1
#define	NVRAM_EF_SSDS_TIMER_VALUE_PROFILE_MAX_ENTRY_NUM	1

typedef struct
{
	//kal_bool	check_opid;
	//kal_bool	check_mccmnc;

	kal_bool	check_reserved[8];

}nvram_ef_ssds_timer_value_profile_mask_struct;

typedef struct
{
	//kal_uint32					op_id;
	//kal_char					mccmnc[7];

	kal_uint8					reserved[8];	

}nvram_ef_ssds_timer_value_profile_value_struct;

typedef struct
{
	/*response*/
	kal_uint32	timer_value;

}nvram_ef_ssds_timer_value_profile_action_struct;

typedef struct
{
	kal_bool		is_valid;
	nvram_ef_ssds_timer_value_profile_mask_struct			mask;
	nvram_ef_ssds_timer_value_profile_value_struct 		    value;
	nvram_ef_ssds_timer_value_profile_action_struct		    action;
	
} nvram_ef_ssds_timer_value_profile_entry_struct;

typedef struct
{
	nvram_ef_ssds_timer_value_profile_entry_struct	reuse_pdn_timer_value_entry[NVRAM_EF_SSDS_TIMER_VALUE_PROFILE_MAX_ENTRY_NUM];
    nvram_ef_ssds_timer_value_profile_entry_struct	disable_ut_timer_value_entry[NVRAM_EF_SSDS_TIMER_VALUE_PROFILE_MAX_ENTRY_NUM]; 
    nvram_ef_ssds_timer_value_profile_entry_struct  disable_ut_timer_nw_no_resp_value_entry[NVRAM_EF_SSDS_TIMER_VALUE_PROFILE_MAX_ENTRY_NUM]; 
} nvram_ef_ssds_timer_value_profile_struct;

// Size and Total 
#define NVRAM_EF_SSDS_TIMER_VALUE_PROFILE_TOTAL    (1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_SSDS_TIMER_VALUE_PROFILE_SIZE   	sizeof(nvram_ef_ssds_timer_value_profile_struct)    // Size of each record

#endif

#if 1
#define UNDEF_CONFIG_32 (kal_uint32) 0xFFFFFFFF
#define UNDEF_CONFIG_16 (kal_uint16) 0xFFFF
#define UNDEF_CONFIG_8  (kal_uint8)  0xFF

typedef struct {
    kal_uint8        media_tag;
    kal_uint8        support_cfnl;
    kal_uint8        enable_tmpi;
    kal_uint8        xcap_cache;
    kal_uint8        support_put_cf_root;
    kal_uint8        timer_in_cfnry;
    kal_uint8        support_put_clir_root;
    kal_uint8        need_quotation_mark;
    kal_uint8        ssl_trust;
    kal_uint8        gzip_support;
    kal_uint8        set_cfnrc_with_cfnl;
    kal_uint8        fwd_num_use_sip_uri;
    kal_uint8        cb_no_action_allow;
    kal_uint8        clear_cache_after_put;
    kal_uint8        remove_invalid_actions;
    kal_uint8        use_first_xui_element;
    kal_uint8        use_saved_xui;
    kal_uint8        support_user_name_tmpi;
    kal_uint8        support_adding_unprovisioned_rule;
    kal_uint8        enable_custom_user_agent_string;
    kal_uint8        exclusive_cb;
    kal_uint8        support_put_cw_root;
    kal_uint8        media_type;
    kal_uint8        url_encoding;
    kal_uint8        xcap_retry_times;
    kal_uint8        gba_retry_times;
    kal_uint32       xcap_port;
    kal_uint32       gba_port;
    kal_uint32       xcap_connection_timeout;
    kal_uint32       gba_connection_timeout;
    kal_char         xcap_protocol[6];
    kal_char         gba_protocol[6];
    kal_char         naf_host[128];
    kal_char         bsf_host[128];
    kal_char         bsf_url_path[128];
    kal_char         bsf_realm[128];
    kal_char         auid[64];
    kal_char         digest_id[64];
    kal_char         digest_pwd[64];
    kal_char         imei_header[64];
    kal_char         gba_type[7];
    kal_char         phone_context[64];
    kal_char         ruleid_cfu[64];
    kal_char         ruleid_cfb[64];
    kal_char         ruleid_cfnry[64];
    kal_char         ruleid_cfnrc[64];
    kal_char         ruleid_cfnl[64];
    kal_char         ruleid_baoc[64];
    kal_char         ruleid_baoic[64];
    kal_char         ruleid_baoicxh[64];
    kal_char         ruleid_baic[64];
    kal_char         ruleid_baicr[64];
    kal_char         user_agent_prefix[64];
    kal_uint8        dns_server_ipv4v6_priority;
} nvram_ef_ssds_xcap_profile_struct;

// Size and Total 
#define NVRAM_EF_SSDS_XCAP_PROFILE_SIZE     (sizeof(nvram_ef_ssds_xcap_profile_struct))
#define NVRAM_EF_SSDS_XCAP_PROFILE_TOTAL    (1 * NVRAM_DUAL_RECORD)
#endif

#if 1
#define	NVRAM_EF_SSDS_COMMON_CONFIG_PROFILE_MAX_ENTRY_NUM	1
typedef enum
{
    NVRAM_SSDS_REUSE_PDN_TIMER,
    NVRAM_SSDS_DISABLE_UT_TIMER,
    NVRAM_SSDS_DISABLE_UT_TIMER_MAX
}nvram_ssds_timer_type;


typedef enum
{
    NVRAM_SSDS_NEED_SEND_409_ERR_STRING,               /*if need to send 409 error string to AP*/
    NVRAM_SSDS_NEED_SYNC_CW_IN_234G,
    NVRAM_SSDS_NEED_SEND_TEST_CMD,
    NVRAM_SSDS_COMMON_CONFIG_MAX
}nvram_ssds_common_config_type;

typedef struct
{
	kal_bool		is_valid;
	kal_bool	    need_send_409_err_str;
	
}nvram_ef_ssds_need_send_409_err_str_entry_struct;

typedef struct
{
	kal_bool		                is_valid;
	custom_ssds_cw_sync_type	    need_sync_cw_in_234g;
	
}nvram_ef_ssds_need_sync_cw_in_234g_entry_struct;

typedef enum
{
    CUSTOM_SSDS_SS_REQ_PATH_PS,
    CUSTOM_SSDS_SS_REQ_PATH_CS,
    CUSTOM_SSDS_SS_REQ_PATH_TB,//terminal based solution
    CUSTOM_SSDS_SS_REQ_PATH_NOT_SUPPORT,
    CUSTOM_SSDS_SS_REQ_PATH_MAX
}nvram_ssds_req_path_type;


typedef enum
{
    CUSTOM_SSDS_USSD_REQ_PATH_CONFIG_IMS_IF_IMS_REGISTERED,//DEFAULTsolution   
    CUSTOM_SSDS_USSD_REQ_PATH_CONFIG_CS,
    CUSTOM_SSDS_USSD_REQ_PATH_CONFIG_IMS,
    CUSTOM_SSDS_USSD_REQ_PATH_CONFIG_NOT_SUPPORT
}nvram_ssds_ussd_req_path_config_type;

#if 0
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
/* under construction !*/
#endif

typedef struct
{
    nvram_ef_ssds_need_send_409_err_str_entry_struct	need_send_409_err_str_entry[NVRAM_EF_SSDS_COMMON_CONFIG_PROFILE_MAX_ENTRY_NUM];
    nvram_ef_ssds_need_sync_cw_in_234g_entry_struct     need_sync_cw_in_234g_entry[NVRAM_EF_SSDS_COMMON_CONFIG_PROFILE_MAX_ENTRY_NUM]; 
    //nvram_ef_ssds_need_need_send_test_cmd_entry_struct  need_send_test_cmd_entry[NVRAM_EF_SSDS_COMMON_CONFIG_PROFILE_MAX_ENTRY_NUM]; 

    //new added begin
    //SS req path 
    nvram_ssds_req_path_type     cf_path;
    nvram_ssds_req_path_type	 cw_path;
    nvram_ssds_req_path_type	 cb_path;
    nvram_ssds_req_path_type	 clir_path;
    nvram_ssds_req_path_type	 clip_path;
	nvram_ssds_req_path_type	 colp_path;
    nvram_ssds_req_path_type	 colr_path;

    //domain selection after rev error code from xcap
    kal_uint32                   csfb_always_xcap_error_code;
    kal_uint32                   csfb_once_xcap_error_code;
    kal_uint32                   no_csfb_xcap_error_code;

    //domain selection after pdn fail
    //kal_uint32                 csfb_always_esm_cause;
    //kal_uint32                 csfb_once_esm_cause;
    //kal_uint32                 no_csfb_esm_cause;

    //pdn_type
    //custom_ssds_pdn_type       pdn_path;

    //timer value
    //kal_uint32                 reuse_pdn_timer_value;
    kal_uint32                   disable_ut_timer_value;

    //other config
    kal_uint8                    need_send_409_err_str;
	kal_uint8                    need_send_test_cmd;
    custom_ssds_cw_sync_type     need_sync_cw_in_234g;
    
    //new added end

	//USSD config
    nvram_ssds_ussd_req_path_config_type ussd_path;
    nvram_ssds_ussd_req_path_config_type stk_ussd_path;
}nvram_ef_ssds_common_config_profile_struct;

// Size and Total 
#define NVRAM_EF_SSDS_COMMON_CONFIG_PROFILE_TOTAL    (1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_SSDS_COMMON_CONFIG_PROFILE_SIZE   	 sizeof(nvram_ef_ssds_common_config_profile_struct)    // Size of each record

#endif


#ifdef __cplusplus

}

#endif  /*__cplusplus */

#if 1

typedef enum
{
    SSDS_CW_OPERATION_NONE,
	SSDS_CW_OPERATION_ENABLE,
	SSDS_CW_OPERATION_DISABLE
}nvram_ef_ssds_cw_operation;

typedef struct
{
	kal_uint8				   saved_imsi[16];
	kal_uint8 	       		   cw_class;
	nvram_ef_ssds_cw_operation cw_operation;
}nvram_ef_ssds_cw_sync_info_struct;

#define NVRAM_EF_SSDS_CW_SYNC_INFO_TOTAL    (1 * NVRAM_DUAL_RECORD)
#define NVRAM_EF_SSDS_CW_SYNC_INFO_SIZE   	 sizeof(nvram_ef_ssds_cw_sync_info_struct)    // Size of each record

#endif

#endif