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192.168.1.100 / T800_MD_V1.6 / c33b3079c38f91561c2f84f1ebed20ad8c60532a / . / mcu / protocol / interface / ddm / d2cm_struct.h
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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) 2012
*
* 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,
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* MEDIATEK FOR SUCH MEDIATEK SOFTWARE AT ISSUE.
*
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* 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).
*
*****************************************************************************/
#ifndef __D2CM_STRUCT_H__
#define __D2CM_STRUCT_H__
#include "kal_general_types.h"
#include "kal_public_defs.h"
#include "ps_public_enum.h"
#include "pdn_public_defs.h"
#include "custom_d2_config.h"
#include "d2pm_ddm_struct.h" // NEED_TO_BE_NOTICED, to review it
#include "d2pm_d2rm_struct.h" // NEED_TO_BE_NOTICED, to review it
#include "ursp_public_defs.h"
#include "d2rm_public_defs.h"
#include "n3epc_public_defs.h"
#include "iwlan_public_defs.h"
// Type definition
typedef struct d2cm_hdr d2cm_hdr_t;
typedef struct d2cm_hdr* d2cm_hdr_ptr_t;
typedef d2pm_ddm_ims_prv_data_t d2cm_act_data_call_ims_info_struct;
// Macros
#define D2CM_REQ_LOCAL_PARA_HDR \
LOCAL_PARA_HDR \
kal_uint32 src_id;
#define D2CM_CNF_LOCAL_PARA_HDR \
LOCAL_PARA_HDR \
kal_uint32 src_id;
#define D2CM_IND_LOCAL_PARA_HDR \
LOCAL_PARA_HDR \
kal_uint32 src_id;
#define D2CM_RSP_LOCAL_PARA_HDR \
LOCAL_PARA_HDR \
kal_uint32 src_id;
// Functions
// N/A
// Implementation
struct d2cm_hdr
{
LOCAL_PARA_HDR
kal_uint32 src_id;
};
/*******************************************************************************
* Internal *
*******************************************************************************/
typedef struct {
// Header path: //VMOLY/BRANCHES_NR15/NR15.R3.MP/mcu/interface/protocol/general/ps_public_enum.h
ps_cause_enum deact_cause, mod_cause;
}ddm_deact_res_info_struct;
typedef struct {
iwlan_ran_e ran;
union {
ddm_deact_res_info_struct ddm_res_info;
// n3x_deact_res_info_struct data4_res_info;
}res;
}ran_deact_res_info;
typedef union {
ran_deact_res_info ran_deact_res[RPL_PRIO_CNT + 1];
}deact_res_info_struct;
/*******************************************************************************
* User to D2CM REQ *
*******************************************************************************/
// MSG_ID_D2CM_GET_PDN_PROFILE_REQ
typedef struct
{
D2CM_REQ_LOCAL_PARA_HDR
/* common part */
// => unique key of APN
kal_bool apn_present;
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
// => unique key of CID
kal_bool cid_present;
kal_int32 cid;
// => non-key values
kal_uint32 flag;
/* operater part */
kal_uint32 mcc_mnc;
union
{
struct
{
kal_uint32 apncl;
}vzw;
}op;
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_get_pdn_profile_req_struct;
// MSG_ID_D2CM_ACT_DATA_CALL_REQ
typedef struct
{
kal_bool cid_present;
kal_int32 cid;
kal_bool cgdcont_req_present;
at_cgdcont_req_struct cgdcont_req;
kal_uint32 tm_flag;
kal_bool if_id_present;
kal_int32 if_id;
kal_bool egpco_req_present;
at_egpco_req_struct egpco_req;
}d2at_d2cm_act_data_call_req_prv_struct;
typedef struct
{
kal_int32 cid;
kal_int32 p_cid;
kal_int32 fb_cid;
}d2am_d2cm_act_data_call_req_prv_struct;
typedef struct
{
kal_bool pcscf_restore;
}imsm_d2cm_act_data_call_req_prv_struct;
typedef struct
{
kal_bool is_defined;
kal_char pdp_type[PDP_TYPE_STRING_LEN];
kal_char roam_prot[ROAMING_IP_TYPE_STRING_LEN];
kal_char username[APN_STRING_LEN];
kal_char passwd[APN_STRING_LEN];
kal_int8 auth_type;
ran_filter_struct ran_filter; // MUST give a value regardless of is_defined, by MTK14037
kal_bool qos_param_present;
kal_int32 qos_reliability;
kal_int32 qos_precedence_class;
kal_int32 qos_delay_class;
kal_int32 qos_peak_throughput_class;
kal_int32 qos_mean_throughput_class;
}bip_d2cm_act_data_call_req_prv_struct;
typedef struct
{
kal_int32 if_id;
kal_uint32 bearer_bitmask;
kal_bool egpco_req_present;
at_egpco_req_struct egpco_req;
}l5updn_d2cm_act_data_call_req_prv_struct;
typedef struct
{
D2CM_REQ_LOCAL_PARA_HDR
/* common part */
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
kal_char apn_type[APN_TYPE_STRING_LEN];
kal_uint32 suff_cond;
kal_uint32 flag;
d2cm_ipv4v6_fb_pref_enum ipv4v6_fb_pref;
ran_filter_struct ran_filter;
/* ursp part */
struct
{
kal_bool is_match_all;
kal_uint8 dnn_len;
kal_char dnn[URSP_TDC_LEN_DNN]; // APN in TS 23.003
kal_uint8 os_id[URSP_TDC_LEN_OS_ID]; // UUID in RFC 4122
kal_uint8 app_id_len;
kal_uint8 app_id[URSP_TDC_LEN_OS_APP_ID];
kal_uint8 ipv4_addr[URSP_TDC_LEN_IPV4_REMOTE_ADDR];
kal_uint8 ipv4_mask[URSP_TDC_LEN_IPV4_REMOTE_MASK];
kal_uint8 ipv6_addr[URSP_TDC_LEN_IPV6_REMOTE_ADDR];
kal_uint8 ipv6_prefix_len;
kal_uint8 prot_id_next_hdr;
kal_uint16 single_remote_port;
kal_uint16 min_remote_port;
kal_uint16 max_remote_port;
kal_uint8 dst_fqdn_len;
kal_uint8 dst_fqdn[URSP_TDC_LEN_DST_FQDN];
}traffic_desc;
struct
{
kal_uint8 ssc_mode;
kal_uint8 s_nssai_len;
kal_uint8 s_nssai[URSP_RSDC_LEN_S_NSSAI];
kal_uint8 dnn_len;
kal_uint8 dnn[URSP_TDC_LEN_DNN]; // APN in TS 23.003
kal_uint8 pdu_session_type;
kal_uint8 pref_access_type;
}ue_local_conf;
kal_uint32 ursp_eval_flag;
/* custom part */
/* Since AP fully controls APN settings in Gen93, this part can create a new APN setting, but cannot overwrite an existing one. */
kal_bool has_custom;
kal_char pdp_type[PDP_TYPE_STRING_LEN];
kal_char roam_prot[ROAMING_IP_TYPE_STRING_LEN];
kal_char username[APN_STRING_LEN];
kal_char passwd[APN_STRING_LEN];
kal_int8 auth_type;
/* private part */
union
{
d2at_d2cm_act_data_call_req_prv_struct d2at;
d2am_d2cm_act_data_call_req_prv_struct d2am;
imsm_d2cm_act_data_call_req_prv_struct imsm;
bip_d2cm_act_data_call_req_prv_struct bip;
l5updn_d2cm_act_data_call_req_prv_struct l5updn;
}prv;
}d2cm_act_data_call_req_struct;
// MSG_ID_D2CM_DEACT_DATA_CALL_REQ
typedef struct
{
kal_uint32 tm_flag;
}d2at_d2cm_deact_data_call_req_prv_struct;
typedef d2am_ddm_deact_data_call_req_prv_struct d2am_d2cm_deact_data_call_req_prv_struct;
typedef struct
{
D2CM_REQ_LOCAL_PARA_HDR
/* common part */
kal_int32 cid;
atcmd_deact_cause_enum reason;
/* private part */
union
{
d2at_d2cm_deact_data_call_req_prv_struct d2at;
d2am_d2cm_deact_data_call_req_prv_struct d2am;
}prv;
}d2cm_deact_data_call_req_struct;
// MSG_ID_D2CM_ABORT_DATA_CALL_REQ
typedef struct
{
kal_uint8 unused;
}imsm_d2cm_abort_data_call_req_prv_struct;
typedef struct
{
D2CM_REQ_LOCAL_PARA_HDR
/* common part */
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
kal_bool cid_present;
kal_int32 cid;
atcmd_deact_cause_enum reason;
/* private part */
union
{
imsm_d2cm_abort_data_call_req_prv_struct imsm;
}prv;
}d2cm_abort_data_call_req_struct;
#if 0
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// MSG_ID_D2CM_RESET_RETRY_TMR_REQ
typedef struct
{
D2CM_REQ_LOCAL_PARA_HDR
/* common part */
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
kal_uint32 reason;
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_reset_retry_tmr_req_struct;
/*******************************************************************************
* D2CM to User CNF *
*******************************************************************************/
// MSG_ID_D2CM_GET_PDN_PROFILE_CNF
typedef struct
{
D2CM_REQ_LOCAL_PARA_HDR
/* common part */
kal_int32 res;
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_get_pdn_profile_cnf_struct;
// MSG_ID_D2CM_ACT_DATA_CALL_CNF
typedef struct
{
d2cm_act_data_call_ims_info_struct ims_info; // IMS information for p_cid
d2cm_act_data_call_ims_info_struct fb_ims_info; // IMS information for fb_cid
}imsm_d2cm_act_data_call_cnf_prv_struct;
typedef struct
{
D2CM_CNF_LOCAL_PARA_HDR
/* common part */
kal_int32 cid, p_cid, fb_cid; // cid == fb_cid for fallback default bearer; cid == p_cid for default bearer; cid != p_cid for dedicated bearer
kal_uint8 p_ded_cid[D2CM_CID_BITMAP_SIZE], fb_ded_cid[D2CM_CID_BITMAP_SIZE]; // a bitmap
d2cm_act_data_call_ip_info_struct ip_info; // IP address for p_cid
d2cm_act_data_call_net_info_struct net_info; // Internet information for p_cid
d2cm_act_data_call_if_info_struct if_info; // interface information for p_cid
d2cm_act_data_call_ran_info_struct ran_info; // RAN info of non-3GPP for p_cid
d2cm_act_data_call_ip_info_struct fb_ip_info; // IP address for fb_cid
d2cm_act_data_call_net_info_struct fb_net_info; // Internet information for fb_cid
d2cm_act_data_call_if_info_struct fb_if_info; // interface information for fb_cid
d2cm_act_data_call_ran_info_struct fb_ran_info; // RAN info of non-3GPP for fb_cid
d2cm_act_data_call_retry_info_struct retry_info; // retry timer for APN
kal_int32 res;
/* private part */
union
{
imsm_d2cm_act_data_call_cnf_prv_struct imsm;
}prv;
}d2cm_act_data_call_cnf_struct;
/* IMSM_INTERMEDIATE_CNF share the same structure*/
typedef d2cm_act_data_call_cnf_struct d2cm_netif_send_imsm_intermediate_cnf_struct;
// MSG_ID_D2CM_DEACT_DATA_CALL_CNF
typedef struct
{
D2CM_CNF_LOCAL_PARA_HDR
/* common part */
kal_int32 cid;
kal_int32 res;
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_deact_data_call_cnf_struct;
// MSG_ID_D2CM_ABORT_DATA_CALL_CNF
typedef struct
{
D2CM_CNF_LOCAL_PARA_HDR
/* common part */
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
kal_bool cid_present;
kal_int32 cid;
kal_int32 res;
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_abort_data_call_cnf_struct;
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#endif
// MSG_ID_D2CM_RESET_RETRY_TMR_CNF
typedef struct
{
D2CM_CNF_LOCAL_PARA_HDR
/* common part */
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
kal_int32 res;
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_reset_retry_tmr_cnf_struct;
/*******************************************************************************
* D2CM to User IND *
*******************************************************************************/
// MSG_ID_D2CM_GET_PDN_PROFILE_IND
// ---- TO_BE_REMOVED ----
typedef struct
{
ran_info_struct ran_info;
}bip_d2cm_get_pdn_profile_ind_prv_struct;
// ++++ TO_BE_REMOVED ++++
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* static part */
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
kal_char apn_type[APN_TYPE_LIST_STRING_LEN];
kal_char pdp_type[PDP_TYPE_STRING_LEN];
kal_char roam_prot[ROAMING_IP_TYPE_STRING_LEN];
kal_char username[APN_STRING_LEN];
kal_char passwd[APN_STRING_LEN];
kal_int8 auth_type;
kal_uint32 bearer_bitmask;
/* dynamic part */
d2cm_pdn_state_enum state;
kal_uint32 flag;
kal_int32 p_cid, fb_cid;
kal_uint8 p_ded_cid[D2CM_CID_BITMAP_SIZE], fb_ded_cid[D2CM_CID_BITMAP_SIZE]; // a bitmap
kal_char real_apn[APN_STRING_LEN];
kal_int32 engaged_apn_idx;
kal_char engaged_apn_type[APN_TYPE_STRING_LEN];
kal_char engaged_pdp_type[PDP_TYPE_STRING_LEN];
kal_uint32 num_of_p_cid_usr;
module_type p_cid_usr_list[D2CM_MAX_NUM_OF_USR];
kal_uint32 num_of_fb_cid_usr;
module_type fb_cid_usr_list[D2CM_MAX_NUM_OF_USR];
/* operater part */
struct
{
struct
{
kal_uint32 wapn;
kal_uint32 apncl;
kal_uint32 apned;
kal_uint32 max_conn;
kal_uint32 max_conn_t;
kal_uint32 wait_time;
}vzw;
struct
{
kal_uint32 inact_time;
}sprint;
}op;
/* private part */
struct
{
bip_d2cm_get_pdn_profile_ind_prv_struct bip; // ==== TO_BE_REMOVED ====
}prv;
}d2cm_get_pdn_profile_ind_struct;
// MSG_ID_D2CM_PDN_PROFILE_CHG_IND
typedef d2cm_get_pdn_profile_ind_struct d2cm_pdn_profile_chg_ind_struct;
// MSG_ID_D2CM_ACT_DATA_CALL_IND
typedef struct
{
cgev_event_enum cgev_event;
union
{
struct
{
kal_bool WLAN_Offload_present;
atcmd_WLAN_Offload_enum WLAN_Offload;
}nw_pdn_act;
struct
{
kal_bool reason_present;
atcmd_reason_enum reason;
kal_bool WLAN_Offload_present;
atcmd_WLAN_Offload_enum WLAN_Offload;
}me_pdn_act;
struct
{
kal_bool event_type_present;
atcmd_event_type_enum event_type;
kal_bool WLAN_Offload_present;
atcmd_WLAN_Offload_enum WLAN_Offload;
}nw_act;
struct
{
kal_bool event_type_present;
atcmd_event_type_enum event_type;
kal_bool WLAN_Offload_present;
atcmd_WLAN_Offload_enum WLAN_Offload;
}me_act;
}cgev_info;
}d2at_d2cm_act_data_call_ind_prv_struct;
typedef struct
{
d2cm_act_data_call_ims_info_struct ims_info; // IMS information for p_cid
}imsm_d2cm_act_data_call_ind_prv_struct;
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* common part */
kal_int32 cid, p_cid, fb_cid; // cid == fb_cid for fallback default bearer; cid == p_cid for default bearer; cid != p_cid for dedicated bearer
kal_uint8 p_ded_cid[D2CM_CID_BITMAP_SIZE], fb_ded_cid[D2CM_CID_BITMAP_SIZE]; // a bitmap
d2cm_act_data_call_ip_info_struct ip_info; // for IP address
d2cm_act_data_call_net_info_struct net_info; // for Internet information
d2cm_act_data_call_if_info_struct if_info; // for interface information
d2cm_act_data_call_ran_info_struct ran_info; // RAN info of non-3GPP
kal_int32 res;
/* private part */
union
{
d2at_d2cm_act_data_call_ind_prv_struct d2at;
imsm_d2cm_act_data_call_ind_prv_struct imsm;
}prv;
}d2cm_act_data_call_ind_struct;
// MSG_ID_D2CM_DEACT_DATA_CALL_IND
typedef struct
{
cgev_event_enum cgev_event;
union
{
struct
{
kal_bool WLAN_Offload_present;
atcmd_WLAN_Offload_enum WLAN_Offload;
}nw_pdn_deact;
struct
{
int unused;
}me_pdn_deact;
struct
{
kal_bool event_type_present;
atcmd_event_type_enum event_type;
kal_bool WLAN_Offload_present;
atcmd_WLAN_Offload_enum WLAN_Offload;
}nw_deact;
struct
{
kal_bool event_type_present;
atcmd_event_type_enum event_type;
}me_deact;
struct
{
kal_bool PDP_type_present;
kal_uint8 PDP_type[PDP_TYPE_STRING_LEN];
kal_bool PDP_addr_present;
at_addr_struct PDP_addr;
}nw_react;
}cgev_info;
}d2at_d2cm_deact_data_call_ind_prv_struct;
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* common part */
kal_int32 cid;
kal_int32 res;
deact_res_info_struct res_info;
/* private part */
union
{
d2at_d2cm_deact_data_call_ind_prv_struct d2at;
}prv;
}d2cm_deact_data_call_ind_struct;
// MSG_ID_D2CM_ABORT_DATA_CALL_IND
typedef d2at_d2cm_deact_data_call_ind_prv_struct d2at_d2cm_abort_data_call_ind_prv_struct;
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* common part */
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
kal_bool cid_present;
kal_int32 cid;
kal_int32 res;
/* private part */
union
{
d2at_d2cm_abort_data_call_ind_prv_struct d2at;
}prv;
}d2cm_abort_data_call_ind_struct;
// MSG_ID_D2CM_MOD_DATA_CALL_IND
typedef struct
{
cgev_event_enum cgev_event;
union
{
struct
{
kal_bool change_reason_present;
kal_uint32 change_reason;
kal_bool event_type_present;
atcmd_event_type_enum event_type;
kal_bool WLAN_Offload_present;
atcmd_WLAN_Offload_enum WLAN_Offload;
}nw_mod;
struct
{
kal_bool change_reason_present;
kal_uint32 change_reason;
kal_bool event_type_present;
atcmd_event_type_enum event_type;
kal_bool WLAN_Offload_present;
atcmd_WLAN_Offload_enum WLAN_Offload;
}me_mod;
}cgev_info;
}d2at_d2cm_mod_data_call_ind_prv_struct;
typedef struct
{
d2cm_act_data_call_ims_info_struct ims_info; // IMS information for cid
}imsm_d2cm_mod_data_call_ind_prv_struct;
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* common part */
kal_int32 cid, p_cid;
d2cm_act_data_call_ip_info_struct ip_info; // for IP address
d2cm_act_data_call_net_info_struct net_info; // for Internet information
d2cm_act_data_call_if_info_struct if_info; // for interface information
d2cm_act_data_call_ran_info_struct ran_info; // RAN info of non-3GPP
kal_int32 res;
/* private part */
union
{
d2at_d2cm_mod_data_call_ind_prv_struct d2at;
imsm_d2cm_mod_data_call_ind_prv_struct imsm;
}prv;
}d2cm_mod_data_call_ind_struct;
// MSG_ID_D2CM_BYPASS_IND
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* common part */
// => unique key of APN
kal_bool apn_present;
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
// => unique key of CID
kal_bool cid_present;
kal_int32 cid;
d2cm_bypass_event_enum event;
local_para_struct *local_para_ptr; /* local_para pointer */
peer_buff_struct *peer_buff_ptr; /* peer_buff pointer */
/* private part */
// N/A
}d2cm_bypass_ind_struct;
// MSG_ID_D2CM_HO_IND
typedef d2pm_d2rm_pdn_ho_notify_ind_struct d2cm_ho_ind_struct;
typedef d2pm_d2rm_pdn_ho_notify_ind_struct d2cm_ho_data_call_ind_struct;
// MSG_ID_D2CM_DATA_CALL_INFO_IND
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* common part */
kal_int32 ps_id;
kal_char prefix[APN_STRING_LEN];
kal_char info[APN_STRING_LEN >> 1];
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_data_call_info_ind_struct;
// MSG_ID_D2CM_RESET_RETRY_TMR_IND
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* common part */
kal_bool apn_present;
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
d2cm_reset_retry_tmr_retry_info_struct retry_info;
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_reset_retry_tmr_ind_struct;
// MSG_ID_D2CM_VOLTE_CFG_CHANGE_IND
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* common part */
kal_bool apn_present;
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
d2cm_reset_retry_tmr_retry_info_struct retry_info;
}d2cm_volte_cfg_change_ind_struct;
// MSG_ID_D2CM_EVENT_IND
typedef struct
{
D2CM_IND_LOCAL_PARA_HDR
/* common part */
d2cm_event_enum event;
struct
{
// unique key of APN
kal_bool apn_present;
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
// unique key of CID
kal_bool cid_present;
kal_int32 cid;
}info;
}d2cm_event_ind_struct;
/*******************************************************************************
* User to D2CM RSP *
*******************************************************************************/
// MSG_ID_D2CM_ACT_DATA_CALL_RSP
typedef struct
{
D2CM_RSP_LOCAL_PARA_HDR
/* common part */
kal_int32 cid;
kal_int32 res;
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_act_data_call_rsp_struct;
// MSG_ID_D2CM_DEACT_DATA_CALL_RSP
typedef struct
{
D2CM_RSP_LOCAL_PARA_HDR
/* common part */
kal_int32 cid;
kal_int32 res;
/* private part */
union
{
kal_uint8 unused;
}prv;
}d2cm_deact_data_call_rsp_struct;
// MSG_ID_D2CM_BYPASS_RSP
typedef struct
{
D2CM_RSP_LOCAL_PARA_HDR
/* common part */
// => unique key of APN
kal_bool apn_present;
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
// => unique key of CID
kal_bool cid_present;
kal_int32 cid;
d2cm_bypass_event_enum event;
local_para_struct *local_para_ptr; /* local_para pointer */
peer_buff_struct *peer_buff_ptr; /* peer_buff pointer */
/* private part */
// N/A
}d2cm_bypass_rsp_struct;
/*******************************************************************************
* D2CM NetIF by Verit Chen: Debug Dump *
*******************************************************************************/
typedef enum {
D2CM_NETIF_RA_ERROR = -1,
D2CM_NETIF_RA_DEFAULT = 0,
D2CM_NETIF_RA_SUCCESS = 1,
D2CM_NETIF_RA_INITIAL_FAIL = 2,
D2CM_NETIF_RA_REFRESH_FAIL = 3,
D2CM_NETIF_RA_OOXX = 0x7FFFFFFF
} d2cm_netif_ra_state_enum;
typedef enum {
D2CM_NETIF_IF_STATE_DOWN = 0,
D2CM_NETIF_IF_STATE_UP = 1,
D2CM_NETIF_IF_STATE_DOWNING = 10,
D2CM_NETIF_IF_STATE_UPING = 11,
D2CM_NETIF_IF_STATE_OOXX = 0x7FFFFFFF
} d2cm_netif_interface_state_enum;
typedef struct {
kal_uint32 is_set;
kal_uint8 addr[4];
} d2cm_netif_interface_ipv4_info_t;
typedef struct {
kal_uint32 is_set;
kal_uint8 addr[16];
kal_int32 prefix;
} d2cm_netif_interface_ipv6_info_t;
typedef struct {
d2cm_netif_interface_state_enum state;
kal_uint16 is_use;
kal_uint8 is_set_v4_addr;
kal_uint8 is_set_v6_addr;
} d2cm_netif_interface_status;
typedef struct {
d2cm_netif_interface_status md_if_status;
d2cm_netif_interface_status ap_if_status;
kal_int32 ap_addr_type;
d2cm_netif_ra_state_enum ra_state;
kal_bool mtu_present;
kal_uint32 mtu;
d2cm_netif_interface_ipv4_info_t md_pco_v4;
d2cm_netif_interface_ipv6_info_t md_pco_v6;
d2cm_netif_interface_ipv6_info_t global_v6;
} d2cm_netif_interface_info_t;
typedef struct {
kal_uint8 is_used;
kal_uint8 ps_id;
kal_uint16 transaction_id;
kal_uint32 interface_id;
d2cm_netif_interface_info_t info;
} d2cm_netif_interface_dump_item_t;
#define D2CM_NETIF_MAX_INTERFACE_ID (20)
#define D2CM_NETIF_MAX_DUMP_INTERFACE_ID (D2CM_NETIF_MAX_INTERFACE_ID) //(8)
// MSG_ID_D2CM_NETIF_CONTEXT_DUMP_IND
typedef struct
{
LOCAL_PARA_HDR
kal_int32 interface_id;
kal_int32 num;
kal_char str[32];
d2cm_netif_interface_dump_item_t item[D2CM_NETIF_MAX_DUMP_INTERFACE_ID];
}d2cm_netif_context_dump_ind_struct;
typedef struct {
D2CM_IND_LOCAL_PARA_HDR
module_type mod_id; //send to which mod
kal_int32 cid;
kal_char apn[APN_STRING_LEN];
kal_int32 apn_idx;
ddm_apn_type_enum apn_type;
ip_info_struct ip_info;
net_info_struct net_info;
if_info_struct if_info;
kal_int32 res;
} l5updn_dup_act_data_call_ind_struct;
typedef struct {
D2CM_IND_LOCAL_PARA_HDR
module_type mod_id; //send to which mod
kal_int32 cid;
kal_int32 res;
} l5updn_dup_deact_data_call_ind_struct;
#endif