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192.168.1.100 / T800_MD / 04730939d77d4b1fce91df3083777d88f0b04c4a / . / mcu / interface / l1 / idc / idc_el1rx_str.h
blob: f6826ca3d8ebd9dfb6218e1225039952419feb7f [file] [log] [blame]
rjw6c1fd8f2022-11-30 14:33:01 +0800[diff] [blame]1#ifndef _IDC_EL1RX_STR_H
2#define _IDC_EL1RX_STR_H
3
4#include "kal_general_types.h"
5#include "kal_public_defs.h"
6#include "global_type.h"
7#include "el1_comm_inter_category_public.h"
8#include "idc_lte_def.h"
9#include "idc_el1rx_enum.h"
10#include "el1_enum.h"
11#include "abs_time.h"
12
13typedef struct _el1_ch_idc_freq_ntf_struct
14{
15 LOCAL_PARA_HDR
16
17 EARFCN dlEarfcn[IDC_LTE_CC_NUM];
18 EARFCN ulEarfcn[IDC_LTE_CC_NUM];
19 LTE_BAND_E band[IDC_LTE_CC_NUM];
20#if ((defined(__IDC_ENABLED__)) && (defined (__IDC_NRTC_ENABLE__)))
21 el1_idc_power_class_enum powerclass[IDC_LTE_CC_NUM];
22#endif
23 el1_ch_idc_duplex_mode_enum duplexMode[IDC_LTE_CC_NUM];
24
25 kal_uint8 srv_num;
26 kal_uint8 dlBw[IDC_LTE_CC_NUM];
27 kal_uint8 ulBw[IDC_LTE_CC_NUM];
28 kal_uint16 dlFreq[IDC_LTE_CC_NUM];
29 kal_uint16 ulFreq[IDC_LTE_CC_NUM];
30}el1_ch_idc_freq_ntf_struct;
31
32typedef struct _el1_ch_idc_frame_cfg_ntf_struct
33{
34 LOCAL_PARA_HDR
35
36 kal_uint8 srv_num;
37 kal_uint8 ulDlCfg[IDC_LTE_CC_NUM];
38 kal_uint8 specialSubframeCfg[IDC_LTE_CC_NUM];
39 kal_bool isNormalCp[IDC_LTE_CC_NUM];
40}el1_ch_idc_frame_cfg_ntf_struct;
41
42typedef struct _el1_ch_idc_sch_ntf_struct
43{
44 LOCAL_PARA_HDR
45
46 kal_bool enterSch;
47}el1_ch_idc_sch_ntf_struct;
48
49typedef struct _el1_ch_idc_drx_config_ntf_struct
50{
51 LOCAL_PARA_HDR
52
53 kal_bool isNoDRX;
54 kal_uint16 onDuration;
55 kal_uint16 startOffst;
56 kal_uint16 shortDrxCycle;
57 kal_uint16 longDrxCycle;
58 el1_ch_idc_drx_type_enum drxType;
59}el1_ch_idc_drx_config_ntf_struct;
60
61typedef struct _el1_ch_idc_ho_ntf_struct
62{
63 LOCAL_PARA_HDR
64
65 kal_bool isHO;
66}el1_ch_idc_ho_ntf_struct;
67
68typedef struct _idc_el1_phs_rx_protect_status_struct
69{
70 LTE_SIM_INDEX sim_index;
71 kal_bool active;
72 kal_uint8 ccIndex;
73 kal_uint16 freq;
74 idc_el1_phs_rx_protect_type_enum type;
75}idc_el1_phs_rx_protect_status_struct;
76
77typedef struct _el1_phs_idc_psim_swap_req_struct
78{
79 LOCAL_PARA_HDR
80
81 LTE_SIM_INDEX new_psim_index;
82}el1_phs_idc_psim_swap_req_struct;
83
84typedef struct _idc_el1_phs_rx_gap_susp_req_struct
85{
86 LOCAL_PARA_HDR
87
88 kal_uint8 seq_num;
89 idc_el1_phs_rx_status_enum rx_status[IDC_LTE_CC_NUM];
90 ABS_TICK_TIME gap_endTime[IDC_LTE_CC_NUM];
91}idc_el1_phs_rx_gap_susp_req_struct;
92
93typedef struct _idc_el1_phs_rx_gap_resu_ind_struct
94{
95 LOCAL_PARA_HDR
96
97 kal_uint8 seq_num;
98 idc_el1_phs_rx_status_enum rx_status[IDC_LTE_CC_NUM];
99}idc_el1_phs_rx_gap_resu_ind_struct;
100
101typedef struct _el1_phs_idc_rx_gap_susp_cnf_struct
102{
103 LOCAL_PARA_HDR
104
105 kal_uint8 ack_num;
106 el1_phs_idc_cnf_status_enum cnf_status;
107}el1_phs_idc_rx_gap_susp_cnf_struct;
108
109typedef struct _idc_el1_phs_wifi_5g_status_ind_struct
110{
111 LOCAL_PARA_HDR
112
113 kal_bool wifi_5g_status;
114}idc_el1_phs_wifi_5g_status_ind_struct;
115
116typedef struct _el1_irt_idc_actv_ntf_struct
117{
118 LOCAL_PARA_HDR
119
120 el1_idc_rat_status_enum lte_rat_status;
121 el1_rat_set_cause_enum cause;
122}el1_irt_idc_actv_ntf_struct;
123
124typedef struct _idc_el1_phs_psim_swap_cnf_struct
125{
126 LOCAL_PARA_HDR
127
128 LTE_SIM_INDEX sim_index;
129}idc_el1_phs_psim_swap_cnf_struct;
130#if ((defined(__IDC_ENABLED__)) && (defined (__IDC_NRTC_ENABLE__)))
131typedef struct _idc_el1_nrtc_tx_power_breach_threshold_ind_struct
132{
133 LOCAL_PARA_HDR
134 kal_uint8 cc_idx;
135 kal_bool breachThreshold;
136}idc_el1_nrtc_tx_power_breach_threshold_ind_struct;
137#endif
138#endif