[Feature]Upload Modem source code
Change-Id: Id4294f30faced84d3e6fd6d5e61e1111bf287a37
diff --git a/mcu/interface/l1/idc/idc_uart_str.h b/mcu/interface/l1/idc/idc_uart_str.h
new file mode 100644
index 0000000..33f0f20
--- /dev/null
+++ b/mcu/interface/l1/idc/idc_uart_str.h
@@ -0,0 +1,1873 @@
+/*****************************************************************************
+* 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,
+* 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:
+ * ---------
+ * _el1_uart_str.h
+ *
+ * Project:
+ * --------
+ * UMOLYA
+ *
+ * Description:
+ * ------------
+ * Local header file of EL1_IDC
+ *
+ * Author:
+ * -------
+ * -------
+ *
+ ****************************************************************************/
+
+#ifndef _IDC_UART_STR_
+#define _IDC_UART_STR_
+
+#include "kal_general_types.h"
+#include "kal_public_defs.h"
+#include "kal_public_api.h"
+
+#include "el1_llisth.h"
+#include "idc_def.h"
+#include "idc_lte_def.h"
+#include "idc_nr_def.h"
+
+#ifdef __MTK_TARGET__
+#include "idc_internal.h"
+#include "dcl_idc.h"
+#include "drv_idc.h"
+#endif
+
+
+/****************************************/
+/* Interface between IDC and IDC Driver */
+/****************************************/
+
+typedef enum
+{
+ IDC_MD_LTE_DRX_IND = 2,
+ IDC_MD_NR_DRX_IND = 3,
+ IDC_MD_LTE_INT_DETECT_IND = 4,
+ IDC_MD_NR_INT_DETECT_IND = 5,
+ IDC_MD_LTE_PHASE_IND = 6,
+ IDC_MD_NR_PHASE_IND = 7,
+ IDC_MD_LTE_STATE_IND = 8,
+ IDC_MD_NR_STATE_IND = 9,
+ IDC_MD_LTE_SUSPEND_PTA_AP_IND = 10,
+ IDC_MD_NR_SUSPEND_PTA_AP_IND = 11,
+ IDC_MD_LTE_GNSS_BLANK_IND = 12,
+ IDC_MD_NR_GNSS_BLANK_IND = 13,
+ IDC_MD_TX_SUSP_IND = 14,
+ IDC_MD_EXTEND_LEN_TYPE = 15,
+ IDC_MD_NORMAL_HW_SIGNAL_IND = 16
+}idc_md_normal_hw_signal_type_enum;
+
+typedef enum
+{
+ IDC_SUBTYPE_MD_LTE_RX_IND = 1,
+ IDC_SUBTYPE_MD_LTE_TX_IND = 2,
+ IDC_SUBTYPE_MD_LTE_SLP_DUR_IND = 4,
+ IDC_SUBTYPE_MD_LTE_BLOCK_CONSYS_TX_IND = 5,
+ IDC_SUBTYPE_MD_SEND_HW_SIGNAL_ACK_IND = 7,
+ IDC_SUBTYPE_MD_LTE_SCELL_ACTIVATE_IND = 8,
+ IDC_SUBTYPE_MD_TX_BWP_IND = 9,
+ IDC_SUBTYPE_MD_RX_BWP_IND = 10,
+ IDC_SUBTYPE_MD_PATTERN_SYNC_IND = 11,
+ IDC_SUBTYPE_MD_NR_RX_IND = 12,
+ IDC_SUBTYPE_MD_NR_TX_IND = 13,
+ IDC_SUBTYPE_MD_NR_SLP_DUR_IND = 14,
+ IDC_SUBTYPE_MD_NR_BLOCK_CONSYS_TX_IND = 15,
+ IDC_SUBTYPE_MD_EXPECT_CONSYS_TX_PWR_LIMIT_IND = 16,
+ IDC_SUBTYPE_MD_LTE_TX_IND_1 = 17,
+ IDC_SUBTYPE_MD_LTE_TX_IND_2 = 18,
+ IDC_SUBTYPE_MD_NR_TX_IND_1 = 19,
+ IDC_SUBTYPE_MD_NR_TX_IND_2 = 20,
+ IDC_SUBTYPE_MD_NR_SCELL_ACTIVATE_IND = 21,
+ IDC_SUBTYPE_MD_TX_BWP_FW_IND = 22,
+ IDC_SUBTYPE_MD_RX_BWP_FW_IND = 23,
+ IDC_SUBTYPE_MD_LTE_TX_FW_IND = 24,
+ IDC_SUBTYPE_MD_NR_TX_FW_IND = 25,
+ IDC_MD_EXTEND_HW_SIGNAL_IND = 26
+}idc_md_extend_hw_signal_subtype_enum;
+
+typedef enum
+{
+ IDC_CONSYS_RESEND_NTF = 2,
+ IDC_CONSYS_BT_MAX_PWR_BACKOFF_NTF = 5,
+ IDC_CONSYS_ACTIVE_BSS_NTF = 6,
+ IDC_CONSYS_WIFI_MAX_PWR_BACKOFF_NTF = 7,
+ IDC_CONSYS_INT_DETECT_IND = 8,
+ IDC_CONSYS_WIFI_RSSI_IND = 9,
+ IDC_CONSYS_BT_RSSI_IND = 10,
+ IDC_CONSYS_WIFI_RX_IND = 11,
+ IDC_CONSYS_BT_TX_IND = 12,
+ IDC_CONSYS_BT_RX_IND = 13,
+ IDC_CONSYS_NORMAL_HW_SIGNAL_IND = 15
+}idc_consys_normal_hw_signal_type_enum;
+
+typedef enum
+{
+ IDC_SUBTYPE_CONSYS_RX_GRANT_NTF = 0,
+ IDC_SUBTYPE_CONSYS_TX_GRANT_NTF = 1,
+ IDC_SUBTYPE_CONSYS_TDM_NTF = 2,
+ IDC_SUBTYPE_CONSYS_SEND_HW_SIGNAL_ACK_NTF = 3,
+ IDC_SUBTYPE_CONSYS_WIFI_TX_IND = 4,
+ IDC_SUBTYPE_CONSYS_BT_PRE_TX_IND = 5,
+ IDC_SUBTYPE_CONSYS_TDM_ON_IND = 6,
+ IDC_SUBTYPE_CONSYS_TIMEOUT_DROP_NTF = 7,
+ IDC_CONSYS_EXTEND_HW_SIGNAL_IND = 8
+}idc_consys_extend_hw_signal_subtype_enum;
+
+/************************/
+/***** LTE to CONSYS ****/
+/************************/
+
+/***** IDC MD Normal HW Signal *****/
+
+typedef struct _idc_md_normal_hw_signal_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 data :7;
+}idc_md_normal_hw_signal_ind;
+
+typedef struct _idc_md_lte_drx_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 isLTEDRX :1;
+ kal_uint16 rsvd :6;
+}idc_md_lte_drx_ind;
+
+typedef struct _idc_md_nr_drx_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 isNRDRX :1;
+ kal_uint16 rsvd :6;
+}idc_md_nr_drx_ind;
+
+typedef struct _idc_md_lte_int_detect_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 solType :2; // FDM: 0, PWR: 1, TDM: 2
+ kal_uint16 rsvd :5;
+}idc_md_lte_int_detect_ind;
+
+typedef struct _idc_md_nr_int_detect_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 solType :2; // FDM: 0, PWR: 1, TDM: 2
+ kal_uint16 rsvd :5;
+}idc_md_nr_int_detect_ind;
+
+typedef struct _idc_md_lte_phase_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 ltePhaseEnd :1; // Always be 1
+ kal_uint16 rsvd :6;
+}idc_md_lte_phase_ind;
+
+typedef struct _idc_md_nr_phase_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 nrPhaseEnd :1; // Always be 1
+ kal_uint16 rsvd :6;
+}idc_md_nr_phase_ind;
+
+typedef struct _idc_md_lte_state_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 lteEnterConn :1;
+ kal_uint16 rsvd :6;
+}idc_md_lte_state_ind;
+
+typedef struct _idc_md_nr_state_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 nrEnterConn :1;
+ kal_uint16 rsvd :6;
+}idc_md_nr_state_ind;
+
+typedef struct _idc_md_lte_suspend_pta_ap_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 rxGroupSusp :3; // 0: resume proactive protection, 1: suspend proactive protection, bit0: group0, bit1: group2, bit2: group4
+ kal_uint16 rsvd :4;
+}idc_md_lte_suspend_pta_ap_ind;
+
+typedef struct _idc_md_nr_suspend_pta_ap_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 rxGroupSusp :3; // 0: resume proactive protection, 1: suspend proactive protection, bit0: group1, bit1: group3, bit2: group5
+ kal_uint16 rsvd :4;
+}idc_md_nr_suspend_pta_ap_ind;
+
+typedef struct _idc_md_lte_gnss_blank_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 l1Blank :1;
+ kal_uint16 l5Blank :1;
+ kal_uint16 rsvd :5;
+}idc_md_lte_gnss_blank_ind;
+
+typedef struct _idc_md_nr_gnss_blank_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 l1Blank :1;
+ kal_uint16 l5Blank :1;
+ kal_uint16 rsvd :5;
+}idc_md_nr_gnss_blank_ind;
+
+typedef struct _idc_md_tx_susp_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 priority :2; // default is 3
+ kal_uint16 txSuspFDM :2; // 0: allow CONSYS TX which adopt FDM, 1: LTE stop CONSYS TX, 2: NR stop CONSYS TX, 3: Both RATs stop CONSYS TX
+ kal_uint16 txSuspTDM :2; // 0: allow CONSYS TX which adopt TDM, 1: LTE stop CONSYS TX, 2: NR stop CONSYS TX, 3: Both RATs stop CONSYS TX
+ kal_uint16 rsvd :1;
+}idc_md_tx_susp_ind;
+
+/***** IDC MD Extend HW Signal *****/
+
+typedef struct _idc_md_ext_cmd_struct
+{
+ kal_uint8 byte[9];
+}idc_md_ext_cmd_struct;
+
+typedef struct _idc_md_ext_hw_signal_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 data_0 :3;
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 data_1 :6;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 data_2 :6;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 data_3 :6;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 data_4 :6;
+ /* Eighth Byte */
+ kal_uint8 eighthBit :1; // Always be 1
+ kal_uint8 ext7thBit :1; // Always be 0
+ kal_uint8 data_5 :6;
+ /* ninth Byte */
+ kal_uint8 ninthBit :1; // Always be 1
+ kal_uint8 ext8thBit :1; // Always be 1
+ kal_uint8 data_6 :6;
+}idc_md_ext_hw_signal_ind;
+
+typedef struct _idc_md_lte_rx_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 rxGroupStatus_0 :1; // 0: RX of group0 is off, 1: RX of group0 is on
+ kal_uint8 rxGroupPrio_0 :2; // 2'b11 > 2'b10 > 2'b01 > 2'b00
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 timerType_0 :1; // 0: short timer, 1: long timer (carried by SW MSG)
+ kal_uint8 patt_ovwrt_0 :1; // 0: PTA keeps UL/DL config., 1: PTA overwrites UL/DL config.
+ kal_uint8 rxGroupStatus_2 :1;
+ kal_uint8 rxGroupPrio_2 :2;
+ kal_uint8 timerType_2 :1;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 patt_ovwrt_2 :1;
+ kal_uint8 rxGroupStatus_4 :1;
+ kal_uint8 rxGroupPrio_4 :2;
+ kal_uint8 timerType_4 :1;
+ kal_uint8 patt_ovwrt_4 :1;
+ /* Sixth Byte */
+ kal_uint8 rsvd0 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd1 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd2 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd3 :8;
+}idc_md_lte_rx_ind;
+
+typedef struct _idc_md_lte_tx_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 valid_tx_bmp_l :3; // 0: the TX group does not belong to LTE, 1: the TX group belongs to LTE
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 valid_tx_bmp_h :3;
+ kal_uint8 txGroupStatus_0 :1; // 0: TX of group0 is off, 1: TX of group0 is on
+ kal_uint8 txGroupPrio_0 :2; // 2'b11 > 2'b10 > 2'b01 > 2'b00
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 narrow_band_0 :1; // 0: wide band TX, 1: narrow band TX
+ kal_uint8 txGroupStatus_1 :1;
+ kal_uint8 txGroupPrio_1 :2;
+ kal_uint8 narrow_band_1 :1;
+ kal_uint8 txGroupStatus_2 :1;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 txGroupPrio_2 :2;
+ kal_uint8 narrow_band_2 :1;
+ kal_uint8 txGroupStatus_3 :1;
+ kal_uint8 txGroupPrio_3 :2;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 narrow_band_3 :1;
+ kal_uint8 txGroupStatus_4 :1;
+ kal_uint8 txGroupPrio_4 :2;
+ kal_uint8 narrow_band_4 :1;
+ kal_uint8 txGroupStatus_5 :1;
+ /* Eighth Byte */
+ kal_uint8 eighthBit :1; // Always be 1
+ kal_uint8 ext7thBit :1; // Always be 0
+ kal_uint8 txGroupPrio_5 :2;
+ kal_uint8 narrow_band_5 :1;
+ kal_uint8 rsvd0 :3;
+ /* ninth Byte */
+ kal_uint8 rsvd1 :8;
+}idc_md_lte_tx_ind;
+
+typedef struct _idc_md_lte_slp_dur_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 dur_l :3; // range from 0~2560(ms), 12'b111111111111: infinite duration
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 dur_m :6;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 dur_h :3;
+ kal_uint8 rsvd0 :3;
+ /* Sixth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd2 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd3 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd4 :8;
+}idc_md_lte_slp_dur_ind;
+
+typedef struct _idc_md_lte_block_consys_tx_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 wifiTx0 :1; // 0: TX of WF active freq. in band0 is not blocked, 1: TX of WF active freq. in band0 is blocked
+ kal_uint8 wifiTx1 :1; // 0: TX of WF active freq. in band1 is not blocked, 1: TX of WF active freq. in band1 is blocked
+ kal_uint8 btTx :1; // 0: TX of BT is not blocked, 1: TX of BT is blocked
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 extTx0 :1;
+ kal_uint8 extTx1 :1;
+ kal_uint8 lteRxPrio :2; // 2'b11 > 2'b10 > 2'b01 > 2'b00
+ kal_uint8 rsvd0 :2;
+ /* Fifth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Sixth Byte */
+ kal_uint8 rsvd2 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd3 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd4 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd5 :8;
+}idc_md_lte_block_consys_tx_ind;
+
+typedef struct _idc_md_send_hw_signal_ack_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 ack_num :3; // Carry the SSN of targeted HW signal from CONSYS
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 targetType :6; // Indicate HW signal Type or SubType depends on the param. 'isExtCmd'
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 isExtCmd :1; // Indicate whether the Ack is for the extend HW signal sent from CONSYS or not
+ kal_uint8 isWiFiB0 :1; // Indicate whether the Ack is for wifi b0 or not
+ kal_uint8 isWiFiB1 :1; // Indicate whether the Ack is for wifi b1 or not
+ kal_uint8 isIgnoreTdm :1; // Indicate modem is at tdm drx on dur mode, bypass tdm
+ kal_uint8 rsvd0 :2;
+ /* Sixth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd2 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd3 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd4 :8;
+}idc_md_send_hw_signal_ack_ind;
+
+typedef struct _idc_md_lte_scell_activate_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 cellBmp_l :3; // 0: LTE serving cell i is de-active, 1: LTE serving cell i is active
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 cellBmp_h :5;
+ kal_uint8 rsvd0 :1;
+ /* Fifth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Sixth Byte */
+ kal_uint8 rsvd2 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd3 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd4 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd5 :8;
+}idc_md_lte_scell_activate_ind;
+
+typedef struct _idc_md_tx_bwp_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 bwpCC0 :2; // Index of MD TX BWP (0-3), NR: CC0-CC8, LTE: CC9-CC15
+ kal_uint8 bwpCC1_l :1;
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 bwpCC1_h :1;
+ kal_uint8 bwpCC2 :2;
+ kal_uint8 bwpCC3 :2;
+ kal_uint8 bwpCC4_l :1;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 bwpCC4_h :1;
+ kal_uint8 bwpCC5 :2;
+ kal_uint8 bwpCC6 :2;
+ kal_uint8 bwpCC7_l :1;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 bwpCC7_h :1;
+ kal_uint8 bwpCC8 :2;
+ kal_uint8 bwpCC9 :2;
+ kal_uint8 bwpCC10_l :1;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 bwpCC10_h :1;
+ kal_uint8 bwpCC11 :2;
+ kal_uint8 bwpCC12 :2;
+ kal_uint8 bwpCC13_l :1;
+ /* Eighth Byte */
+ kal_uint8 eighthBit :1; // Always be 1
+ kal_uint8 ext7thBit :1; // Always be 0
+ kal_uint8 bwpCC13_h :1;
+ kal_uint8 bwpCC14 :2;
+ kal_uint8 bwpCC15 :2;
+ kal_uint8 rsvd0 :1;
+ /* ninth Byte */
+ kal_uint8 rsvd1 :8;
+}idc_md_tx_bwp_ind;
+
+typedef struct _idc_md_rx_bwp_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 bwpCC0 :2; // Index of MD RX BWP (0-3), NR: CC0-CC8, LTE: CC9-CC15
+ kal_uint8 bwpCC1_l :1;
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 bwpCC1_h :1;
+ kal_uint8 bwpCC2 :2;
+ kal_uint8 bwpCC3 :2;
+ kal_uint8 bwpCC4_l :1;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 bwpCC4_h :1;
+ kal_uint8 bwpCC5 :2;
+ kal_uint8 bwpCC6 :2;
+ kal_uint8 bwpCC7_l :1;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 bwpCC7_h :1;
+ kal_uint8 bwpCC8 :2;
+ kal_uint8 bwpCC9 :2;
+ kal_uint8 bwpCC10_l :1;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 bwpCC10_h :1;
+ kal_uint8 bwpCC11 :2;
+ kal_uint8 bwpCC12 :2;
+ kal_uint8 bwpCC13_l :1;
+ /* Eighth Byte */
+ kal_uint8 eighthBit :1; // Always be 1
+ kal_uint8 ext7thBit :1; // Always be 0
+ kal_uint8 bwpCC13_h :1;
+ kal_uint8 bwpCC14 :2;
+ kal_uint8 bwpCC15 :2;
+ kal_uint8 rsvd0 :1;
+ /* ninth Byte */
+ kal_uint8 rsvd1 :8;
+}idc_md_rx_bwp_ind;
+
+typedef struct _idc_md_pattern_sync_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 offset_l :3; // range from 0-19999(us)
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 offset_m :6;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 offset_h :6;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 rxGroupBmp :6; // 0: the sync is not for group n, 1: the sync is for group n
+ /* Seventh Byte */
+ kal_uint8 rsvd0 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd1 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd2 :8;
+}idc_md_pattern_sync_ind;
+
+typedef struct _idc_md_nr_rx_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 rxGroupStatus_1 :1; // 0: RX of group1 is off, 1: RX of group1 is on
+ kal_uint8 rxGroupPrio_1 :2; // 2'b11 > 2'b10 > 2'b01 > 2'b00
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 timerType_1 :1; // 0: short timer, 1: long timer (carried by SW MSG)
+ kal_uint8 patt_ovwrt_1 :1; // 0: PTA keeps UL/DL config., 1: PTA overwrites UL/DL config.
+ kal_uint8 rxGroupStatus_3 :1;
+ kal_uint8 rxGroupPrio_3 :2;
+ kal_uint8 timerType_3 :1;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 patt_ovwrt_3 :1;
+ kal_uint8 rxGroupStatus_5 :1;
+ kal_uint8 rxGroupPrio_5 :2;
+ kal_uint8 timerType_5 :1;
+ kal_uint8 patt_ovwrt_5 :1;
+ /* Sixth Byte */
+ kal_uint8 rsvd0 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd1 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd2 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd3 :8;
+}idc_md_nr_rx_ind;
+
+typedef struct _idc_md_nr_tx_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 valid_tx_bmp_l :3; // 0: the TX group does not belong to NR, 1: the TX group belongs to NR
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 valid_tx_bmp_h :3;
+ kal_uint8 txGroupStatus_0 :1; // 0: TX of group0 is off, 1: TX of group0 is on
+ kal_uint8 txGroupPrio_0 :2; // 2'b11 > 2'b10 > 2'b01 > 2'b00
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 narrow_band_0 :1; // 0: wide band TX, 1: narrow band TX
+ kal_uint8 txGroupStatus_1 :1;
+ kal_uint8 txGroupPrio_1 :2;
+ kal_uint8 narrow_band_1 :1;
+ kal_uint8 txGroupStatus_2 :1;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 txGroupPrio_2 :2;
+ kal_uint8 narrow_band_2 :1;
+ kal_uint8 txGroupStatus_3 :1;
+ kal_uint8 txGroupPrio_3 :2;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 narrow_band_3 :1;
+ kal_uint8 txGroupStatus_4 :1;
+ kal_uint8 txGroupPrio_4 :2;
+ kal_uint8 narrow_band_4 :1;
+ kal_uint8 txGroupStatus_5 :1;
+ /* Eighth Byte */
+ kal_uint8 eighthBit :1; // Always be 1
+ kal_uint8 ext7thBit :1; // Always be 0
+ kal_uint8 txGroupPrio_5 :2;
+ kal_uint8 narrow_band_5 :1;
+ kal_uint8 rsvd0 :3;
+ /* ninth Byte */
+ kal_uint8 rsvd1 :8;
+}idc_md_nr_tx_ind;
+
+typedef struct _idc_md_nr_slp_dur_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 dur_l :3; // range from 0~2560(ms), 12'b111111111111: infinite duration
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 dur_m :6;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 dur_h :3;
+ kal_uint8 rsvd0 :3;
+ /* Sixth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd2 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd3 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd4 :8;
+}idc_md_nr_slp_dur_ind;
+
+typedef struct _idc_md_nr_block_consys_tx_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 wifiTx0 :1; // 0: TX of WF active freq. in band0 is not blocked, 1: TX of WF active freq. in band0 is blocked
+ kal_uint8 wifiTx1 :1; // 0: TX of WF active freq. in band1 is not blocked, 1: TX of WF active freq. in band1 is blocked
+ kal_uint8 btTx :1; // 0: TX of BT is not blocked, 1: TX of BT is blocked
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 extTx0 :1;
+ kal_uint8 extTx1 :1;
+ kal_uint8 nrRxPrio :2; // 2'b11 > 2'b10 > 2'b01 > 2'b00
+ kal_uint8 rsvd0 :2;
+ /* Fifth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Sixth Byte */
+ kal_uint8 rsvd2 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd3 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd4 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd5 :8;
+}idc_md_nr_block_consys_tx_ind;
+
+typedef struct _idc_md_expect_consys_tx_pwr_limit_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 txPwrGroup0_l :3; // the expected CONSYS TX power for MD RX group 0
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 txPwrGroup0_h :1;
+ kal_uint8 txPwrGroup1 :4;
+ kal_uint8 txPwrGroup2_l :1;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 txPwrGroup2_h :3;
+ kal_uint8 txPwrGroup3_l :3;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 txPwrGroup3_h :1;
+ kal_uint8 txPwrGroup4 :4;
+ kal_uint8 txPwrGroup5_l :1;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 txPwrGroup5_h :3;
+ kal_uint8 rsvd0 :3;
+ /* Eighth Byte */
+ kal_uint8 rsvd1 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd2 :8;
+}idc_md_expect_consys_tx_pwr_limit_ind;
+
+typedef struct _idc_md_lte_tx_pwr_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 txGroup :3; // Indicate the hw signal for which TX group
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 txPwrCC0 :3; // Updating TX power for CC0
+ kal_uint8 txPwrCC1 :3; // Updating TX power for CC1
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 txPwrCC2 :3;
+ kal_uint8 txPwrCC3 :3;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 txPwrCC4 :3;
+ kal_uint8 txPwrCC5 :3;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 txPwrCC6 :3;
+ kal_uint8 txPwrCC7 :3;
+ /* Eighth Byte */
+ kal_uint8 eighthBit :1; // Always be 1
+ kal_uint8 ext7thBit :1; // Always be 0
+ kal_uint8 txPwrCC8 :3;
+ kal_uint8 txPwrCC9 :3;
+ /* ninth Byte */
+ kal_uint8 ninthBit :1; // Always be 1
+ kal_uint8 ext8thBit :1; // Always be 1
+ kal_uint8 txPwrCC10 :3;
+ kal_uint8 rsvd0 :3;
+}idc_md_lte_tx_pwr_ind;
+
+typedef struct _idc_md_lte_tx_leadtime_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 txPwrCC11 :3; // Updating TX power for CC11
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 txPwrCC12 :3;
+ kal_uint8 txPwrCC13 :3;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 txPwrCC14 :3;
+ kal_uint8 txPwrCC15 :3;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 leadTime_l :6; // (us)
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 leadTime_h :4;
+ kal_uint8 rsvd0 :2;
+ /* Eighth Byte */
+ kal_uint8 rsvd1 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd2 :8;
+}idc_md_lte_tx_leadtime_ind;
+
+typedef struct _idc_md_nr_tx_pwr_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 txGroup :3; // Indicate the hw signal for which TX group
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 txPwrCC0 :3; // Updating TX power for CC0
+ kal_uint8 txPwrCC1 :3; // Updating TX power for CC1
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 txPwrCC2 :3;
+ kal_uint8 txPwrCC3 :3;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 txPwrCC4 :3;
+ kal_uint8 txPwrCC5 :3;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 txPwrCC6 :3;
+ kal_uint8 txPwrCC7 :3;
+ /* Eighth Byte */
+ kal_uint8 eighthBit :1; // Always be 1
+ kal_uint8 ext7thBit :1; // Always be 0
+ kal_uint8 txPwrCC8 :3;
+ kal_uint8 txPwrCC9 :3;
+ /* ninth Byte */
+ kal_uint8 ninthBit :1; // Always be 1
+ kal_uint8 ext8thBit :1; // Always be 1
+ kal_uint8 txPwrCC10 :3;
+ kal_uint8 rsvd0 :3;
+}idc_md_nr_tx_pwr_ind;
+
+typedef struct _idc_md_nr_tx_leadtime_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 txPwrCC11 :3; // Updating TX power for CC11
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 txPwrCC12 :3;
+ kal_uint8 txPwrCC13 :3;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 txPwrCC14 :3;
+ kal_uint8 txPwrCC15 :3;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 leadTime_l :6; // (us)
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 leadTime_h :4;
+ kal_uint8 rsvd0 :2;
+ /* Eighth Byte */
+ kal_uint8 rsvd1 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd2 :8;
+}idc_md_nr_tx_leadtime_ind;
+
+typedef struct _idc_md_nr_scell_activate_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 cellBmp_l :3; // 0: LTE serving cell i is de-active, 1: LTE serving cell i is active
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 cellBmp_h :6;
+ /* Fifth Byte */
+ kal_uint8 rsvd0 :8;
+ /* Sixth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd2 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd3 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd4 :8;
+}idc_md_nr_scell_activate_ind;
+
+typedef struct _idc_md_tx_bwp_fw_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 bwpCC0 :3; // Index of MD TX BWP (0-4), NR: CC0-CC8
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 bwpCC1 :3;
+ kal_uint8 bwpCC2 :3;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 bwpCC3 :3;
+ kal_uint8 bwpCC4 :3;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 bwpCC5 :3;
+ kal_uint8 bwpCC6 :3;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 bwpCC7 :3;
+ kal_uint8 bwpCC8 :3;
+ /* Eighth Byte */
+ kal_uint8 rsvd0 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd1 :8;
+}idc_md_tx_bwp_fw_ind;
+
+typedef struct _idc_md_rx_bwp_fw_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 bwpCC0 :3; // Index of MD RX BWP (0-4), NR: CC0-CC8
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 bwpCC1 :3;
+ kal_uint8 bwpCC2 :3;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 bwpCC3 :3;
+ kal_uint8 bwpCC4 :3;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 bwpCC5 :3;
+ kal_uint8 bwpCC6 :3;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 bwpCC7 :3;
+ kal_uint8 bwpCC8 :3;
+ /* Eighth Byte */
+ kal_uint8 rsvd0 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd1 :8;
+}idc_md_rx_bwp_fw_ind;
+
+typedef struct _idc_md_lte_tx_fw_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 valid_tx_bmp_l :3; // 0: the TX group does not belong to LTE, 1: the TX group belongs to LTE
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 valid_tx_bmp_h :3;
+ kal_uint8 txGroupStatus_0 :1; // 0: TX of group0 is off, 1: TX of group0 is on
+ kal_uint8 txGroupStatus_1 :1; // 0: TX of group1 is off, 1: TX of group1 is on
+ kal_uint8 txGroupStatus_2 :1; // 0: TX of group2 is off, 1: TX of group2 is on
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 txGroupStatus_3 :1; // 0: TX of group3 is off, 1: TX of group3 is on
+ kal_uint8 txGroupStatus_4 :1; // 0: TX of group4 is off, 1: TX of group4 is on
+ kal_uint8 txGroupStatus_5 :1; // 0: TX of group5 is off, 1: TX of group5 is on
+ kal_uint8 rsvd0 :3;
+ /* Sixth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd2 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd3 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd4 :8;
+}idc_md_lte_tx_fw_ind;
+
+typedef struct _idc_md_nr_tx_fw_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 valid_tx_bmp_l :3; // 0: the TX group does not belong to NR, 1: the TX group belongs to NR
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 valid_tx_bmp_h :3;
+ kal_uint8 txGroupStatus_0 :1; // 0: TX of group0 is off, 1: TX of group0 is on
+ kal_uint8 txGroupStatus_1 :1; // 0: TX of group1 is off, 1: TX of group1 is on
+ kal_uint8 txGroupStatus_2 :1; // 0: TX of group2 is off, 1: TX of group2 is on
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 txGroupStatus_3 :1; // 0: TX of group3 is off, 1: TX of group3 is on
+ kal_uint8 txGroupStatus_4 :1; // 0: TX of group4 is off, 1: TX of group4 is on
+ kal_uint8 txGroupStatus_5 :1; // 0: TX of group5 is off, 1: TX of group5 is on
+ kal_uint8 rsvd0 :3;
+ /* Sixth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd2 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd3 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd4 :8;
+}idc_md_nr_tx_fw_ind;
+
+/***** structure for filling extend command by byte *****/
+
+typedef struct _idc_ext_cmd_byte_str_type_1
+{
+ kal_uint8 field1 :1;
+ kal_uint8 field2 :4;
+ kal_uint8 field3 :3;
+}idc_ext_cmd_byte_str_type_1;
+
+typedef struct _idc_ext_cmd_byte_str_type_2
+{
+ kal_uint8 field1 :1;
+ kal_uint8 field2 :1;
+ kal_uint8 field3 :6;
+}idc_ext_cmd_byte_str_type_2;
+
+typedef struct _idc_ext_cmd_byte_str_type_3
+{
+ kal_uint8 field1 :1;
+ kal_uint8 field2 :1;
+ kal_uint8 field3 :3;
+ kal_uint8 field4 :3;
+}idc_ext_cmd_byte_str_type_3;
+
+typedef struct _idc_ext_cmd_byte_type
+{
+ kal_uint8 data;
+ idc_ext_cmd_byte_str_type_1 data_type_1;
+ idc_ext_cmd_byte_str_type_2 data_type_2;
+ idc_ext_cmd_byte_str_type_3 data_type_3;
+}idc_ext_cmd_byte_type;
+
+typedef union _idc_md_normal_hw_signal
+{
+ idc_md_normal_hw_signal_ind normalHwSignal;
+ idc_md_lte_drx_ind lteDrxInd;
+ idc_md_nr_drx_ind nrDrxInd;
+ idc_md_lte_int_detect_ind lteIntDetectInd;
+ idc_md_nr_int_detect_ind nrIntDetectInd;
+ idc_md_lte_phase_ind ltePhaseInd;
+ idc_md_nr_phase_ind nrPhaseInd;
+ idc_md_lte_state_ind lteStateInd;
+ idc_md_nr_state_ind nrStateInd;
+ idc_md_lte_suspend_pta_ap_ind lteSuspPtaApInd;
+ idc_md_nr_suspend_pta_ap_ind nrSuspPtaApInd;
+ idc_md_lte_gnss_blank_ind lteGnssBlankInd;
+ idc_md_nr_gnss_blank_ind nrGnssBlankInd;
+ idc_md_tx_susp_ind txSuspInd;
+}idc_md_normal_hw_signal;
+
+typedef union _idc_md_extend_hw_signal
+{
+ idc_md_ext_cmd_struct extCmd;
+ idc_md_ext_hw_signal_ind extHwSignal;
+ idc_md_lte_rx_ind lteRxInd;
+ idc_md_lte_tx_ind lteTxInd;
+ idc_md_lte_slp_dur_ind lteSlpDurInd;
+ idc_md_lte_block_consys_tx_ind lteBlockConsysTxInd;
+ idc_md_send_hw_signal_ack_ind hwSignalAckInd;
+ idc_md_lte_scell_activate_ind lteScellActvInd;
+ idc_md_tx_bwp_ind txBwpInd;
+ idc_md_rx_bwp_ind rxBwpInd;
+ idc_md_pattern_sync_ind patternSyncInd;
+ idc_md_nr_rx_ind nrRxInd;
+ idc_md_nr_tx_ind nrTxInd;
+ idc_md_nr_slp_dur_ind nrSlpDurInd;
+ idc_md_nr_block_consys_tx_ind nrBlockConsysTxInd;
+ idc_md_expect_consys_tx_pwr_limit_ind consysTxPwrLimitInd;
+ idc_md_lte_tx_pwr_ind lteTxPwrInd;
+ idc_md_lte_tx_leadtime_ind lteTxLeadtimeInd;
+ idc_md_nr_tx_pwr_ind nrTxPwrInd;
+ idc_md_nr_tx_leadtime_ind nrTxLeadtimeInd;
+ idc_md_nr_scell_activate_ind nrScellActvInd;
+ idc_md_tx_bwp_fw_ind txBwpFwInd;
+ idc_md_rx_bwp_fw_ind rxBwpFwInd;
+ idc_md_lte_tx_fw_ind lteTxFwInd;
+ idc_md_nr_tx_fw_ind nrTxFwInd;
+}idc_md_extend_hw_signal;
+
+typedef struct _idc_dummy_consys_hw_sig_ack_ind_ilm_struct
+{
+ LOCAL_PARA_HDR
+ idc_md_send_hw_signal_ack_ind hwSigAckInd;
+}idc_dummy_consys_hw_sig_ack_ind_ilm_struct;
+
+typedef struct _idc_scheduling_event
+{
+ /* Link list pointer of idc event list */
+ llist_t link;
+ kal_bool isSleep;
+ kal_int64 localOffset;
+ kal_uint8 num;
+ idc_md_normal_hw_signal_type_enum EventType;
+ idc_md_normal_hw_signal IdcData;
+ idc_md_extend_hw_signal_subtype_enum EventSubType;
+ idc_md_extend_hw_signal IdcExtData;
+}idc_scheduling_event;
+
+/************************/
+/***** CONSYS to LTE ****/
+/************************/
+
+/***** IDC CONSYS Normal HW Signal *****/
+
+typedef struct _idc_consys_resend_ntf
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 rsvd :7;
+}idc_consys_resend_ntf;
+
+typedef struct _idc_consys_bt_max_pwr_backoff_ntf
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 mdPwrBackoffEn :1; // 0: MD does not apply pwr backoff solution, 1: MD applies pwr backoff solution
+ kal_uint16 btPwrBackoffEn :1; // 0: BT does not apply pwr backoff solution, 1: BT applies pwr backoff solution
+ kal_uint16 rsvd :5;
+}idc_consys_bt_max_pwr_backoff_ntf;
+
+typedef struct _idc_consys_active_bss_ntf
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 actvBmp :4; // LSB -> MSB: WiFi BSS1 --> BSS4
+ kal_uint16 isWiFiSTA :1; // 0: SAP, 1: STA
+ kal_uint16 rsvd :2;
+}idc_consys_active_bss_ntf;
+
+typedef struct _idc_consys_wifi_max_pwr_backoff_ntf
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 mdPwrBackoffEn :1; // 0: MD does not apply pwr backoff solution, 1: MD applies pwr backoff solution
+ kal_uint16 wifi_0 :1; // MD do PWR backoff triggered by WF band0
+ kal_uint16 wifi_1 :1; // MD do PWR backoff triggered by WF band1
+ kal_uint16 wf0PwrBackoffEn :1; // 0: WF band0 does not apply pwr backoff solution, 1: WF band0 applies pwr backoff solution
+ kal_uint16 wf1PwrBackoffEn :1; // 0: WF band1 does not apply pwr backoff solution, 1: WF band1 applies pwr backoff solution
+ kal_uint16 isWfScan :1; // 0: WF Scan off, 1: WF scan on
+ kal_uint16 rsvd :1;
+}idc_consys_wifi_max_pwr_backoff_ntf;
+
+typedef struct _idc_consys_int_detect_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 solType :2; // 0: FDM, 1: PWR, 2: TDM
+ kal_uint16 rsvd :5;
+}idc_consys_int_detect_ind;
+
+typedef struct _idc_consys_wifi_rssi_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 rsvd :7;
+}idc_consys_wifi_rssi_ind;
+
+typedef struct _idc_consys_bt_rssi_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 rsvd :7;
+}idc_consys_bt_rssi_ind;
+
+typedef struct _idc_consys_wifi_rx_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 wifi0RxBmp :1; // 0: RX of WiFi band0 is inactive, 1: RX of WiFi band0 is active
+ kal_uint16 wifi1RxBmp :1; // 0: RX of WiFi band1 is inactive, 1: RX of WiFi band1 is active
+ kal_uint16 rsvd :5;
+}idc_consys_wifi_rx_ind;
+
+typedef struct _idc_consys_bt_tx_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 btTx :1; // 0: TX of BT is inactive, 1: TX of BT is active
+ kal_uint16 rsvd :6;
+}idc_consys_bt_tx_ind;
+
+typedef struct _idc_consys_bt_rx_ind
+{
+ /* First Byte */
+ kal_uint16 firstBit :1; // Always be 0
+ kal_uint16 type :4;
+ kal_uint16 ssn :3;
+ /* Second Byte */
+ kal_uint16 secondBit :1; // Always be 1
+ kal_uint16 btRx :1; // 0: RX of BT is inactive, 1: RX of BT is active
+ kal_uint16 rsvd :6;
+}idc_consys_bt_rx_ind;
+
+/***** IDC CONSYS Extend HW Signal *****/
+
+typedef struct _idc_consys_rx_grant_ntf
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 btTxReq :1; // 0: TX of BT does not request arbitration, 1: TX of BT request arbitration
+ kal_uint8 btTxPrio_l :2;
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 btTxPrio_h :2;
+ kal_uint8 wifi0TxReq :1; // 0: TX of WiFi band0 does not request arbitration, 1: TX of WiFi band0 request arbitration
+ kal_uint8 wifi0TxPrio_l :3;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 wifi0TxPrio_h :1;
+ kal_uint8 wifi1TxReq :1;
+ kal_uint8 wifi1TxPrio :4;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 mdRx0Status :2; // 2'b00: MD RX group0 does not transmit data, 2'b01: MD RX group0 transmits data, but it is revoked, 2'b11: MD RX group0 transmits data, and it is granted
+ kal_uint8 mdRx1Status :2;
+ kal_uint8 mdRx2Status :2;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 mdRx3Status :2;
+ kal_uint8 mdRx4Status :2;
+ kal_uint8 mdRx5Status :2;
+ /* Eighth Byte */
+ kal_uint8 eighthBit :1; // Always be 1
+ kal_uint8 ext7thBit :1; // Always be 0
+ kal_uint8 mdRx6Status :2;
+ kal_uint8 mdRx7Status :2;
+ kal_uint8 rsvd0 :2;
+ /* ninth Byte */
+ kal_uint8 rsvd1 :8;
+}idc_consys_rx_grant_ntf;
+
+typedef struct _idc_consys_tx_grant_ntf
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 btRxReq :1; // 0: RX of BT does not request arbitration, 1: RX of BT request arbitration
+ kal_uint8 btRxPrio_l :2;
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 btRxPrio_h :2;
+ kal_uint8 wifi0RxReq :1; // 0: RX of WiFi band0 does not request arbitration, 1: RX of WiFi band0 request arbitration
+ kal_uint8 wifi0RxPrio_l :3;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 wifi0RxPrio_h :1;
+ kal_uint8 wifi1RxReq :1;
+ kal_uint8 wifi1RxPrio :4;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 mdTx0Status :2; // 2'b00: MD TX group0 does not transmit data, 2'b01: MD TX group0 transmits data, but it is revoked, 2'b11: MD TX group0 transmits data, and it is granted
+ kal_uint8 mdTx1Status :2;
+ kal_uint8 mdTx2Status :2;
+ /* Seventh Byte */
+ kal_uint8 seventhBit :1; // Always be 1
+ kal_uint8 ext6thBit :1; // Always be 1
+ kal_uint8 mdTx3Status :2;
+ kal_uint8 mdTx4Status :2;
+ kal_uint8 mdTx5Status :2;
+ /* Eighth Byte */
+ kal_uint8 rsvd0 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd1 :8;
+}idc_consys_tx_grant_ntf;
+
+typedef struct _idc_consys_tdm_ntf
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 wifi0 :1; // Activated freq. in WiFi band0 request TDM
+ kal_uint8 wifi1 :1; // Activated freq. in WiFi band1 request TDM
+ kal_uint8 bt :1; // BT request TDM
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 ext0 :1;
+ kal_uint8 ext1 :1;
+ kal_uint8 dur_l :4; // Range from 0~2560(ms), 12'b111111111111: infinite duration
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 dur_m :6;
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 dur_h :2;
+ kal_uint8 rsvd0 :4;
+ /* Seventh Byte */
+ kal_uint8 rsvd1 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd2 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd3 :8;
+}idc_consys_tdm_ntf;
+
+typedef struct _idc_consys_hw_signal_ack_ntf
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 ack_num :3; // Carry the SSN of targeted HW signal from MD
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 targetType :6; // Indicate HW signal Type or SubType depends on the param. 'isExtCmd'
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 isExtCmd :1; // Indicate whether the Ack is for the extend HW signal sent from MD or not
+ kal_uint8 isFromWiFi :1; // 0: ACK from BT, 1: ACK from WiFi
+ kal_uint8 rsvd0 :4;
+ /* Sixth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd2 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd3 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd4 :8;
+}idc_consys_hw_signal_ack_ntf;
+
+typedef struct _idc_consys_wifi_tx_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 wifi0Tx :1; // 0: TX of WiFi band0 is inactive, 1: TX of WiFi band0 is active
+ kal_uint8 wifi1Tx :1; // 0: TX of WiFi band1 is inactive, 1: TX of WiFi band1 is active
+ kal_uint8 rsvd :1;
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 wifi0TxPwr :4; // TX PWR of WiFi band0
+ kal_uint8 wifi1TxPwr_l :2;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 wifi1TxPwr_h :2;
+ kal_uint8 rsvd0 :4;
+ /* Sixth Byte */
+ kal_uint8 rsvd1 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd2 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd3 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd4 :8;
+}idc_consys_wifi_tx_ind;
+
+typedef struct _idc_consys_bt_pre_tx_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 btRW_l :3; // BT remaining window, the unit is us
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 btRW_m :6;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 btRW_h :1;
+ kal_uint8 btTxPwr :4; // TX PWR of BT
+ kal_uint8 btCenter_l :1; // BT channel offset to 2.4G, the uint is Mhz
+ /* Sixth Byte */
+ kal_uint8 sixthBit :1; // Always be 1
+ kal_uint8 ext5thBit :1; // Always be 0
+ kal_uint8 btCenter_h :6;
+ /* Seventh Byte */
+ kal_uint8 rsvd0 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd1 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd2 :8;
+}idc_consys_bt_pre_tx_ind;
+
+typedef struct _idc_consys_tdm_on_ind
+{
+ /* First Byte */
+ kal_uint8 firstBit :1; // Always be 0
+ kal_uint8 type :4; // Always be 15
+ kal_uint8 len :3; // num. of byte for the data content
+ /* Second Byte */
+ kal_uint8 secondBit :1; // Always be 1
+ kal_uint8 ext1stBit :1; // Always be 0
+ kal_uint8 subType :6;
+ /* Third Byte */
+ kal_uint8 thirdBit :1; // Always be 1
+ kal_uint8 ext2ndBit :1; // Always be 1
+ kal_uint8 ssn :3;
+ kal_uint8 isTdmOn :1; // 0: TX of WiFi band0 is inactive, 1: TX of WiFi band0 is active
+ kal_uint8 wifi0 :1; // 0: TX of WiFi band1 is inactive, 1: TX of WiFi band1 is active
+ kal_uint8 wifi1 :1;
+ /* Fourth Byte */
+ kal_uint8 fourthBit :1; // Always be 1
+ kal_uint8 ext3rdBit :1; // Always be 0
+ kal_uint8 bt :1; // TX PWR of WiFi band0
+ kal_uint8 ext0 :1; // TX PWR of WiFi band0
+ kal_uint8 ext1 :1; // TX PWR of WiFi band0
+ kal_uint8 rsvd0 :3;
+ /* Fifth Byte */
+ kal_uint8 fifthBit :1; // Always be 1
+ kal_uint8 ext4thBit :1; // Always be 1
+ kal_uint8 leadTime :4;
+ kal_uint8 rsvd1 :2;
+ /* Sixth Byte */
+ kal_uint8 rsvd2 :8;
+ /* Seventh Byte */
+ kal_uint8 rsvd3 :8;
+ /* Eighth Byte */
+ kal_uint8 rsvd4 :8;
+ /* ninth Byte */
+ kal_uint8 rsvd5 :8;
+
+}idc_consys_tdm_on_ind;
+
+typedef union _idc_consys_normal_hw_signal
+{
+ idc_consys_resend_ntf ResendNtf;
+ idc_consys_bt_max_pwr_backoff_ntf BTMaxPwrBackoffNtf;
+ idc_consys_active_bss_ntf ActvBssNtf;
+ idc_consys_wifi_max_pwr_backoff_ntf WiFiMaxPwrBackoffNtf;
+ idc_consys_int_detect_ind IntDetectInd;
+ idc_consys_wifi_rssi_ind WiFiRssiInd;
+ idc_consys_bt_rssi_ind BTRssiInd;
+ idc_consys_wifi_rx_ind WiFiRxInd;
+ idc_consys_bt_tx_ind BTTxInd;
+ idc_consys_bt_rx_ind BTRxInd;
+}idc_consys_normal_hw_signal;
+
+typedef union _idc_consys_extend_hw_signal
+{
+ idc_consys_rx_grant_ntf RxGrantNtf;
+ idc_consys_tx_grant_ntf TxGrantNtf;
+ idc_consys_tdm_ntf TdmNtf;
+ idc_consys_hw_signal_ack_ntf HwSignalAckNtf;
+ idc_consys_wifi_tx_ind WiFiTxInd;
+ idc_consys_bt_pre_tx_ind BTPreTxInd;
+ idc_consys_tdm_on_ind TdmOnInd;
+}idc_consys_extend_hw_signal;
+
+#endif