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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:
* ---------
* uhlhwsim_struct.h
*
* Project:
* --------
* U4G adaptor
*
* Description:
* ------------
* File that contains UMTS high-level (VRf) data structure for HWSIM. This file
* is used by uhlhwsim.h.
*
* Author:
* -------
* -------
*
*============================================================================
* HISTORY
* Below this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
*------------------------------------------------------------------------------
*
*------------------------------------------------------------------------------
* Upper this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
*============================================================================
****************************************************************************/
/*******************************************************************************
* Included header files
*******************************************************************************/
#ifndef _UHLHWSIM_STRUCT_H
#define _UHLHWSIM_STRUCT_H
#include "kal_public_api.h"
/*****************************************************************************
* Definitions
*****************************************************************************/
//#define TTS_OF_2MS TTS_OF_A_ECHIP*30720/500
#define TTS_OF_2MS 307200/5
#define TTS_OF_10MS 307200
/* These are temporary defined as there exist no IRQ codes for C2K */
#define IRQ_EVENT_TIMER_CODE OSC_ISR_SRC_CUSTOM7
#define U3G_SLOT_MAX_WRAP_VALUE 16
#define UHLHWSIM_MAX_PCCPCH_DATA_SIZE 39
#define UHLHWSIM_MAX_FOUND_CELLS 8
#define UHLHWSIM_MAX_UL_CELLS 2
#define UHLHWSIM_MAX_TRCH 8
#define UHLHWSIM_MAX_SCCPCH 5
#define UHLHWSIM_MAX_DL_UARFCNS 4
#ifdef __UE_SIMULATOR__
#define UHLHWSIM_MAX_UL_DATA 829 /* Maximum UL transport block array size. Matches ul1_cnst.h in mcu/interface/ul1_interface */
#else
/* Used in UL1B unit test only.*/
#define UHLHWSIM_MAX_UL_DATA (829/4)
#endif
#define UHLHWSIM_MAX_SFN 4096
#define UHLHWSIM_MAX_SUB_FRAME 5
#ifdef __UE_SIMULATOR__
#define UHLHWSIM_MAX_HS_PDU_SIZE_IN_BITS (42192)
#else
/* Used in UL1B unit test only.*/
#define UHLHWSIM_MAX_HS_PDU_SIZE_IN_BITS (42192/16)
#endif
#define UHLHWSIM_MAX_HS_PDU_SIZE_IN_BYTES (((UHLHWSIM_MAX_HS_PDU_SIZE_IN_BITS+32+31)/32)*4) /* 42192/8 = 5274 Bytes */
#define UHLHWSIM_MAX_EDCH_TB_SIZE (23000/8) /* s according to HW spec max tb size is 22996 bits (Rel-8)*/
#ifdef __UE_SIMULATOR__
#define UHLHWSIM_MAX_DL_DATA_SIZE 1150
#else
/* Used in UL1B unit test only.*/
/* MSCComposer crashed when uhlhwsim_dl_data_ind_struct size too big.*/
#define UHLHWSIM_MAX_DL_DATA_SIZE 575/2
#endif
/*******************************************************************************
* Global Declarations
******************************************************************************/
typedef kal_uint16 uhlhwsim_dl_uarfcn_t;
typedef kal_uint16 uhlhwsim_num_uarfcn_t;
typedef kal_uint16 uhlhwsim_num_cell_obj_t;
typedef kal_int32 uhlhwsim_dl_power_t;
typedef kal_uint16 uhlhwsim_cell_psc_t;
typedef kal_uint16 uhlhwsim_sfn_t;
typedef kal_uint8 uhlhwsim_tb_data_t;
typedef kal_uint8 uhlhwsim_sccpch_num_t;
typedef kal_int32 uhlhwsim_ul_power_t;
typedef kal_uint16 uhlhwsim_ul_uarfcn_t;
typedef kal_uint16 uhlhwsim_ul_tfci_t;
typedef kal_uint16 uhlhwsim_ul_trch_id_t;
typedef kal_uint32 uhlhwsim_ul_tb_size_t;
typedef kal_uint32 uhlhwsim_ul_tb_cnt;
typedef kal_uint16 uhlhwsim_ul_code_type_t;
typedef kal_uint16 uhlhwsim_ul_tti_t;
typedef kal_uint16 uhlhwsim_ul_crc_size_t;
typedef kal_uint16 uhlhwsim_no_frames_t;
typedef kal_uint16 uhlhwsim_ul_num_trch_t;
typedef kal_uint16 uhlhwsim_dl_tti_t;
typedef kal_uint16 uhlhwsim_dl_trch_id_t;
typedef kal_uint32 uhlhwsim_dl_tb_cnt_t;
typedef kal_uint16 uhlhwsim_dl_tb_size_t;
typedef kal_uint8 uhlhwsim_dl_tfci_t;
typedef kal_uint8 uhlhwsim_no_of_trch_t;
typedef kal_uint8 uhlhwsim_data_t;
typedef kal_uint16 uhlhwsim_num_data_t;
typedef kal_uint16 uhlhwsim_cfn_t;
typedef kal_uint8 uhlhwsim_sub_frame_t;
typedef kal_uint8 uhlhwsim_cqi_t;
typedef kal_uint16 uhlhwsim_hrnti_t;
typedef kal_uint32 uhlhwsim_ovsf_t;
typedef kal_uint8 uhlhwsim_sf_t;
typedef kal_uint8 uhlhwsim_tb_size_index_t; /**< Transport-block size information (6 bits) 25.212 sec 4.6 */
typedef kal_uint8 uhlhwsim_special_inform_type_t; /**< Special Information type (6 bits) 25.212 sec 4.6A */
typedef kal_uint8 uhlhwsim_special_inform_t; /**< Special Information (7 bits) 25.212 sec 4.6A */
typedef kal_uint16 uhlhwsim_ul_etfci_t;
typedef kal_uint8 uhlhwsim_ag_value_t;
typedef kal_bool uhlhwsim_cqi_valid_t;
typedef kal_uint8 uhlhwsim_prach_signature_t;
typedef kal_uint8 uhlhwsim_prach_access_slot_t;
typedef enum
{
UHLHWSIM_NOT_PRESENT = 0,
UHLHWSIM_PRESENT = 1
} uhlhwsim_present_t;
typedef enum
{
UHLHWSIM_FRAME_3G_10MS,
UHLHWSIM_FRAME_HSPA_2MS
} uhlhwsim_frame_duration_t;
typedef enum
{
UHLHWSIM_DISABLED = 0,
UHLHWSIM_ENABLED = 1
} uhlhwsim_trch_enabled_t;
typedef enum
{
UHLHWSIM_DL_CRC_OK = 0,
UHLHWSIM_DL_CRC_ERROR = 1
} uhlhwsim_crc_statuc_t;
typedef enum
{
UHLHWSIM_HARQ_NACK = 0,
UHLHWSIM_HARQ_ACK = 1
}uhlhwsim_ack_nack_info_t;
typedef enum
{
UHLHWSIM_HARQ_INVALID = 0,
UHLHWSIM_HARQ_VALID = 1
}uhlhwsim_harq_valid_t;
typedef enum
{
UHLHWSIM_DL_OK_CRC_ERROR = 0,
UHLHWSIM_DL_OK_CRC_OK = 1
} uhlhwsim_crc_ok_statuc_t;
typedef enum
{
UHLHWSIM_HSDPA_SSCH_TYPE1,
UHLHWSIM_HSDPA_SSCH_TYPE2,
UHLHWSIM_HSDPA_SSCH_TYPE3
} uhlhwsim_hsdpa_scch_type_t;
typedef enum
{
UHLHWSIM_HSDPA_TYPE_ONE_QPSK,
UHLHWSIM_HSDPA_TYPE_ONE_16QAM,
UHLHWSIM_HSDPA_TYPE_ONE_64QAM
} uhlhwsim_hsdpa_mod_schem_type_one_t;
typedef enum
{
UHLHWSIM_HSDPA_TYPE_TWO_QPSK,
UHLHWSIM_HSDPA_TYPE_TWO_OTHERWISE
} uhlhwsim_hsdpa_mod_schem_type_two_t;
typedef enum
{
UHLHWSIM_HSDPA_HARQ_PROCESS_ID_0,
UHLHWSIM_HSDPA_HARQ_PROCESS_ID_1,
UHLHWSIM_HSDPA_HARQ_PROCESS_ID_2,
UHLHWSIM_HSDPA_HARQ_PROCESS_ID_3,
UHLHWSIM_HSDPA_HARQ_PROCESS_ID_4,
UHLHWSIM_HSDPA_HARQ_PROCESS_ID_5,
UHLHWSIM_HSDPA_HARQ_PROCESS_ID_6,
UHLHWSIM_HSDPA_HARQ_PROCESS_ID_7,
UHLHWSIM_HSDPA_HARQ_PROCESS_ID_INVALID
} uhlhwsim_hsdpa_harq_process_id_t;
typedef enum
{
UHLHWSIM_HSDPA__REDUNDAN_VER_0,
UHLHWSIM_HSDPA_REDUNDAN_VER_1,
UHLHWSIM_HSDPA_REDUNDAN_VER_2,
UHLHWSIM_HSDPA_REDUNDAN_VER_3,
UHLHWSIM_HSDPA_REDUNDAN_VER_4,
UHLHWSIM_HSDPA_REDUNDAN_VER_5,
UHLHWSIM_HSDPA_REDUNDAN_VER_6,
UHLHWSIM_HSDPA_REDUNDAN_VER_7,
UHLHWSIM_HSDPA_REDUNDAN_VER_INVALID
}uhlhwsim_hsdpa_rv_t;
typedef enum
{
UHLHWSIM_HSDPA_NEW_DATA_TOGGLE_0,
UHLHWSIM_HSDPA_NEW_DATA_TOGGLE_1,
UHLHWSIM_HSDPA_NEW_DATA_INVALID
}uhlhwsim_hsdpa_new_data_t;
typedef enum {
UHLHWSIM_EDCH_INITIAL_TRANS,
UHLHWSIM_EDCH_FIRST_RETRANS,
UHLHWSIM_EDCH_SECOND_RETRANS,
UHLHWSIM_EDCH_SUBSEQUENT_RETRANS
} uhlhwsim_edch_rsn_t;
typedef enum
{
UHLHWSIM_EDCH__NOT_HAPPY = 0, /**< NOT OK!!!! */
UHLHWSIM_EDCH__HAPPY = 1 /**< OK :-) */
} uhlhwsim_edch_happy_bit_t;
typedef enum
{
UHLHWSIM__ALL_HARQ_PROCESSES = 0,
UHLHWSIM__PER_HARQ_PROCESS = 1
} uhlhwsim_ag_scope_t;
typedef enum
{
UHLHWSIM_EHICH_HARQ_NACK_NON_SERVING = 0,
UHLHWSIM_EHICH_HARQ_ACK = 1,
UHLHWSIM_EHICH_HARQ_NACK_SERVING = 0xffffffff /* -1 to make ATEC decode */
} uhlhwsim_harq_indcator_type_t;
typedef struct uhlhwsim_sibTag_tag
{
kal_uint32 seg_Rep;
kal_uint32 seg_Pos;
} uhlhwsim_sibTag_t;
typedef struct
{
uhlhwsim_ovsf_t ccs; /**< Channelization-code-set information (7 bits) 25.212 sec 4.6 */
uhlhwsim_hsdpa_mod_schem_type_one_t modulation_scheme; /**< Modulation scheme information (1 bit) 25.212 sec 4.6 */
uhlhwsim_tb_size_index_t tb_size_index; /**< Transport-block size information (6 bits) 25.212 sec 4.6 */
uhlhwsim_hsdpa_harq_process_id_t harq_process_id; /**< Hybrid-ARQ process information (3 bits) 25.212 sec 4.6 */
uhlhwsim_hsdpa_rv_t redundancy_ver; /**< Redundancy and constellation version (3 bits) 25.212 sec 4.6 */
uhlhwsim_hsdpa_new_data_t new_data; /**< New Data indicator (1 bit) 25.212 sec 4.6 */
} uhlhwsim_hsdpa_scch_data_type1_t;
typedef struct
{
uhlhwsim_ovsf_t ccs; /**< Channelization-code-set information (7 bits) 25.212 sec 4.6A */
uhlhwsim_hsdpa_mod_schem_type_two_t modulation_scheme; /**< Modulation scheme information (1 bit) 25.212 sec 4.6A */
uhlhwsim_special_inform_type_t special_info_type; /**< Special Information type (6 bits) 25.212 sec 4.6A */
uhlhwsim_special_inform_t special_info; /**< Special Information (7 bits) 25.212 sec 4.6A */
} uhlhwsim_hsdpa_scch_data_type2_t;
typedef union
{
uhlhwsim_hsdpa_scch_data_type1_t data_type1;
uhlhwsim_hsdpa_scch_data_type2_t data_type2;
} uhlhwsim_hsdpa_scch_data_t;
typedef struct uhlhwsim_dl_resource_req_tag
{
/*if num_dl_uarfcn is unknown and set to 0, no matching will be done at the NW and all available UARFCN will be returned */
uhlhwsim_num_uarfcn_t num_dl_uarfcn;
uhlhwsim_dl_uarfcn_t dl_uarfcn[UHLHWSIM_MAX_DL_UARFCNS];
} uhlhwsim_dl_resource_req_t;
typedef struct uhlhwsim_cell_info_tag
{
uhlhwsim_dl_uarfcn_t dl_uarfcn;
uhlhwsim_cell_psc_t psc;
uhlhwsim_dl_power_t rssi;
uhlhwsim_dl_power_t rscp;
uhlhwsim_sfn_t sfn;
struct {
uhlhwsim_present_t status_pccpch_present;
uhlhwsim_sibTag_t sib_tag_info;
uhlhwsim_tb_data_t sib_data[UHLHWSIM_MAX_PCCPCH_DATA_SIZE];
} pccpchCnf;
uhlhwsim_sccpch_num_t no_sccpch;
struct
{
uhlhwsim_dl_tfci_t tfci;
uhlhwsim_sf_t sf;
uhlhwsim_ovsf_t ovsf;
uhlhwsim_no_of_trch_t no_of_trch;
struct
{
uhlhwsim_trch_enabled_t status_trch_enabled;
uhlhwsim_crc_statuc_t crc_status;
uhlhwsim_dl_tti_t tti;
uhlhwsim_dl_trch_id_t trch_id;
uhlhwsim_dl_tb_cnt_t tb_cnt;
uhlhwsim_dl_tb_size_t tb_size;
} trch[UHLHWSIM_MAX_TRCH];
uhlhwsim_num_data_t num_data;
uhlhwsim_data_t data[UHLHWSIM_MAX_DL_DATA_SIZE];
} sccpch[UHLHWSIM_MAX_SCCPCH];
struct
{
uhlhwsim_dl_tfci_t tfci;
uhlhwsim_cfn_t cfn;
uhlhwsim_no_of_trch_t no_of_trch;
struct
{
uhlhwsim_trch_enabled_t status_trch_enabled;
uhlhwsim_crc_statuc_t crc_status;
uhlhwsim_dl_tti_t tti;
uhlhwsim_dl_trch_id_t trch_id;
uhlhwsim_dl_tb_cnt_t tb_cnt;
uhlhwsim_dl_tb_size_t tb_size;
uhlhwsim_data_t tb_data[UHLHWSIM_MAX_DL_DATA_SIZE];
} trch[UHLHWSIM_MAX_TRCH];
} dpch;
} uhlhwsim_cell_info_t;
typedef struct uhlhwsim__rxCellObj_tag
{
uhlhwsim_cell_info_t cell_info;
} uhlhwsim_rx_cell_obj_t;
typedef struct uhlhwsim_hspa_cell_info_tag
{
uhlhwsim_dl_uarfcn_t dl_uarfcn;
uhlhwsim_cell_psc_t psc;
uhlhwsim_dl_power_t rssi;
uhlhwsim_dl_power_t rscp;
uhlhwsim_sfn_t sfn;
struct
{
uhlhwsim_present_t status_hsdsch_present;
uhlhwsim_sfn_t sfn; //Frame Number
uhlhwsim_sub_frame_t sub_frame; //Subframe Number
uhlhwsim_hrnti_t h_rnti;
uhlhwsim_ovsf_t ovsf;
uhlhwsim_hsdpa_scch_type_t hsscch_type; /**< Type of HS-SCCH */
uhlhwsim_hsdpa_scch_data_t hsscch_data; /**< Data carried on the HS-SCCH */
uhlhwsim_crc_ok_statuc_t crc_ok; // True=correct. False=wrong.
uhlhwsim_dl_tb_size_t tb_size;
uhlhwsim_data_t data[UHLHWSIM_MAX_HS_PDU_SIZE_IN_BYTES];
} hsdsch;
struct
{
uhlhwsim_present_t status_eagch_present;
uhlhwsim_sfn_t sfn; //Frame Number
uhlhwsim_sub_frame_t sub_frame; //Subframe Number
uhlhwsim_ag_value_t ag_value;
uhlhwsim_ag_scope_t ag_scope;
uhlhwsim_hsdpa_harq_process_id_t harq_process_id;
} eagch;
struct
{
uhlhwsim_present_t status_ehich_present;
uhlhwsim_harq_indcator_type_t harq_indcator;
uhlhwsim_hsdpa_harq_process_id_t harq_process_id;
} ehich;
struct
{
uhlhwsim_present_t status_fdpch_present;
} fdpch;
} uhlhwsim_hspa_cell_info_t;
typedef struct uhlhwsim__rxHspaCellObj_tag
{
uhlhwsim_hspa_cell_info_t hspa_cell_info;
} uhlhwsim_rx_hspa_cell_obj_t;
typedef struct uhlhwsim_dl_data_tag
{
uhlhwsim_num_cell_obj_t num_cell_obj;
uhlhwsim_rx_cell_obj_t cell_obj[UHLHWSIM_MAX_FOUND_CELLS];
uhlhwsim_rx_hspa_cell_obj_t hspa_cell_obj[UHLHWSIM_MAX_FOUND_CELLS];
} uhlhwsim_dl_data_t;
typedef struct _uhlhwsim_dl_data_ind_struct
{
uhlhwsim_dl_data_t dl_data;
} uhlhwsim_dl_data_ind_struct;
typedef struct
{
uhlhwsim_ul_uarfcn_t ul_arfcn;
uhlhwsim_ul_power_t ul_power;
uhlhwsim_cell_psc_t psc;
uhlhwsim_ul_tfci_t tfci;
uhlhwsim_sfn_t sfn;
//uhlhwsim_frame_duration_t frame_duration;
uhlhwsim_no_frames_t no_frames;
struct
{
uhlhwsim_ul_trch_id_t trch_id;
uhlhwsim_ul_tb_size_t tb_size;
uhlhwsim_ul_tb_cnt tb_cnt;
uhlhwsim_ul_code_type_t code_type;
uhlhwsim_ul_tti_t tti;
uhlhwsim_ul_crc_size_t crc_size;
uhlhwsim_tb_data_t tb_data[UHLHWSIM_MAX_UL_DATA];
} tbs;
} uhlhwsim_prach_t;
typedef struct
{
uhlhwsim_ul_uarfcn_t ul_arfcn;
uhlhwsim_ul_power_t ul_power;
uhlhwsim_cell_psc_t psc;
uhlhwsim_ul_tfci_t tfci;
uhlhwsim_cfn_t cfn;
uhlhwsim_cfn_t sfn;
//uhlhwsim_frame_duration_t frame_duration;
uhlhwsim_ul_num_trch_t num_trch;
struct
{
uhlhwsim_ul_trch_id_t trch_id;
uhlhwsim_ul_tb_size_t tb_size;
uhlhwsim_ul_tb_cnt tb_cnt;
uhlhwsim_ul_tti_t tti;
uhlhwsim_tb_data_t tb_data[UHLHWSIM_MAX_UL_DATA];
} trch[UHLHWSIM_MAX_TRCH];
} uhlhwsim_pdpch_t;
typedef struct
{
uhlhwsim_ul_uarfcn_t ul_arfcn;
uhlhwsim_cfn_t cfn;
uhlhwsim_sub_frame_t sub_frame;
uhlhwsim_cqi_valid_t cqi_valid;
uhlhwsim_cqi_t primary_cqi_value;
uhlhwsim_cqi_t secondary_cqi_value;
uhlhwsim_harq_valid_t primary_harq_info_valid;
uhlhwsim_ack_nack_info_t primary_harq_info_ind;
uhlhwsim_harq_valid_t secondary_harq_info_valid;
uhlhwsim_ack_nack_info_t secondary_harq_info_ind;
}uhlhwsim_hs_dpcch_t;
typedef struct
{
uhlhwsim_ul_uarfcn_t prach_ul_arfcn;
uhlhwsim_prach_signature_t prach_signature;
uhlhwsim_prach_access_slot_t prach_access_slot;
} uhlhwsim_prach_preamble_t;
typedef struct
{
uhlhwsim_ul_uarfcn_t ul_arfcn;
uhlhwsim_ul_power_t ul_power;
uhlhwsim_cfn_t cfn;
uhlhwsim_sub_frame_t sub_frame;
uhlhwsim_edch_happy_bit_t happy_bit;
uhlhwsim_edch_rsn_t rsn;
uhlhwsim_ul_tti_t tti;
uhlhwsim_ul_etfci_t e_tfci;
uhlhwsim_ul_tb_size_t tb_size;
uhlhwsim_tb_data_t tb_data[UHLHWSIM_MAX_EDCH_TB_SIZE];
} uhlhwsim_edch_t;
typedef struct
{
uhlhwsim_present_t prach_present;
uhlhwsim_prach_t prach_data;
uhlhwsim_present_t pdpch_present;
uhlhwsim_pdpch_t pdpch_data;
uhlhwsim_present_t hs_dpcch_present;
uhlhwsim_hs_dpcch_t hs_dpcch_data;
uhlhwsim_present_t prach_preamble_present;
uhlhwsim_prach_preamble_t prach_preamble;
uhlhwsim_present_t edch_present;
uhlhwsim_edch_t edch_data;
} uhlhwsim_tx_cell_obj_t;
typedef struct uhlhwsim_ul_data_tag
{
uhlhwsim_num_cell_obj_t num_cell_obj;
uhlhwsim_tx_cell_obj_t cell_obj[UHLHWSIM_MAX_UL_CELLS];
} uhlhwsim_ul_data_t;
typedef struct _uhlhwsim_ul_data_req_struct
{
uhlhwsim_ul_data_t ul_data;
} uhlhwsim_ul_data_req_struct;
#endif /* _UHLHWSIM_STRUCT_H */