[T106][ZXW-22]7520V3SCV2.01.01.02P42U09_VEC_V0.8_AP_VEC origin source commit
Change-Id: Ic6e05d89ecd62fc34f82b23dcf306c93764aec4b
diff --git a/pub/include/ps_phy/psl1com.h b/pub/include/ps_phy/psl1com.h
new file mode 100644
index 0000000..35f4ebe
--- /dev/null
+++ b/pub/include/ps_phy/psl1com.h
@@ -0,0 +1,1476 @@
+/*****************************************************************************
+ *°æ±¾ËùÓÐ (C)2009ÖÐÐËͨѶ¹É·ÝÓÐÏÞ¹«Ë¾
+ * Ä£¿éÃû £ºÐÒéÕ»ÓëÎïÀí²ã¹«¹²½Ó¿ÚÎļþ
+ * ÎļþÃû £ºpsl1com.h
+ * Îļþ±êʶ£º
+ * Ïà¹ØÎļþ£º
+ * ʵÏÖ¹¦ÄÜ£ºÐÒéÕ»ÓëL1G½Ó¿Ú¡¢¸÷ÎïÀí²ãÊÊÅä²ã½Ó¿Ú
+ * ×÷Õß £ºweiyuzhen
+ * °æ±¾ £ºV1.0
+ * Íê³ÉÈÕÆÚ£º2010.12.30
+ * ÆäËü˵Ã÷£º"IR"±íʾÏà¹ØµÄºêÖµ¶¨Òå¡¢½á¹¹Ì嶨Òå¡¢º¯Êý¶¨Òå¾ù¼Ì³Ð×Ôcomneon´úÂ룬
+ * ÒÔʾÓë×ÔÑÐÇø·Ö
+ *
+ * Ð޸ļǼ1£º
+ * ÈÕ ÆÚ£º2012.05.21
+ * ÐÞ¸ÄÈË£ºÕÅÅô³Ì
+ * ÐÞ¸ÄÄÚÈÝ£º
+ ms.h
+ 1)NETPAR_INTER_FREQ_LENGTH ÓÉ9¸Ä³É16
+ 2)MAX_NO_UTRAN_CELL_LIST_IDX ÓÉ9¸Ä³É16
+ 3)MAX_NO_UTRAN_RESULT ÓÉ9¸Ä³É16
+ psl1com.h:
+ 1£© Z_IR_MCR_MAX_FREQ ÓÉ9¸Ä³É16
+ 2£©ZPS_IR_MCR_MAX_FREQ ÓÉ9¸Ä³É16
+ 3£©Z_IR_NOF_CELL_LIST_FREQUENCIES ÓÉ9¸Ä³É16
+ 4£©ZPS_IR_NOF_CELL_LIST_FREQUENCIES ÓÉ9¸Ä³É16
+ tdpsphyint.h
+ 1£©Z_TD_P_MAX_INTER_FREQ_NUM ÓÉ9¸Ä³É16
+ 2£©Z_TD_P_MAX_BLIND_INTER_FREQ ÓÉ9¸Ä³É16
+ ascasint.h
+ Z_MaxRedirTdFreqNum ÐèÒª9->16
+ rr.h£º
+ MAX_NO_3G_UTRAN_FREQUENCY_LIST ÐèÒª9->16
+ Z_MAX_PSEUDO_FR_CELLS ÐèÒª9->16
+ *****************************************************************************/
+#ifndef PSL1COM_H
+#define PSL1COM_H
+
+#ifndef MULTI_IRAT_2963
+#include "l1_count_latch.h"
+#endif
+#include "tdpsphyint.h"
+
+
+#include "pswphyint.h"
+
+
+/**************************************************************************
+ * Í·Îļþ°üº¬ *
+ **************************************************************************/
+
+
+/**************************************************************************
+ * È«¾Öºê¶¨Òå *
+ **************************************************************************/
+
+/*ÊÊÅäÄ£¿éÉèÖÃÖ÷ģʽ»òÇëÇóGAPʱ¶ÔÓ¦µÄÖÆʽ*/
+#define Z_IRAT_INIT_MODE (BYTE)0 /*³õʼÎÞЧÖÆʽ*/
+#define ZPS_IRAT_INIT_MODE Z_IRAT_INIT_MODE
+#define Z_IRAT_GSM_MODE (BYTE)1 /*GSMÖÆʽ*/
+#define ZPS_IRAT_GSM_MODE Z_IRAT_GSM_MODE
+#define Z_IRAT_TD_MODE (BYTE)2 /*TDÖÆʽ*/
+#define ZPS_IRAT_TD_MODE Z_IRAT_TD_MODE
+#define Z_IRAT_LTE_MODE (BYTE)3 /*LTEÖÆʽ*/
+#define ZPS_IRAT_LTE_MODE Z_IRAT_LTE_MODE
+#define Z_IRAT_W_MODE (BYTE)4 /*WÖÆʽ*/
+
+/*RRC״̬*/
+#define Z_L1A_MEAS_RRC_IDLE 0
+#define Z_L1A_MEAS_RRC_FACH 1
+#define Z_L1A_MEAS_RRC_DCH 2
+
+/*GAPÄ¿µÄ*/
+#define Z_L1A_GAP_PURPOSE_NULL 0x00
+#define Z_L1A_GAP_PURPOSE_PLMN 0x01
+#define Z_L1A_GAP_PURPOSE_MEAS 0x02
+#define Z_L1A_GAP_PURPOSE_USED 0x04
+#define Z_L1A_GAP_PURPOSE_RSSI 0x80
+
+/*»¬¶¯Æ½¾ù´°¿Ú*/
+#define Z_L1A_MEAS_GSM_IDLE_RAVG_SIZE 4
+#define Z_L1A_MEAS_GSM_DCH_RAVG_SIZE 1
+
+#define Z_IR_MAX_INTER_FREQ_CELL_NUM (WORD)32 /*¸ÃÖµÓëtdRrcPhyInt.hÖеÄZ_TD_P_MAX_INTER_FREQ_CELL_NUMÏàµÈ*/
+#define ZPS_IR_MAX_INTER_FREQ_CELL_NUM Z_IR_MAX_INTER_FREQ_CELL_NUM
+#define Z_IR_MCR_MAX_FREQ (BYTE)16
+#define ZPS_IR_MCR_MAX_FREQ Z_IR_MCR_MAX_FREQ
+
+#define Z_IR_MAX_GAP_NUM (BYTE)8
+#define ZPS_IR_MAX_GAP_NUM Z_IR_MAX_GAP_NUM
+
+#define Z_IR_HW_IRAT_MEAS_OFFSET (BYTE)3
+#define ZPS_IR_HW_IRAT_MEAS_OFFSET Z_IR_HW_IRAT_MEAS_OFFSET
+
+#define Z_IR_DEAC_GSM_REQ (BYTE)0
+#define ZPS_IR_DEAC_GSM_REQ Z_IR_DEAC_GSM_REQ
+#define Z_IR_SUSPEND_UMTS_REQ (BYTE)1
+#define ZPS_IR_SUSPEND_UMTS_REQ Z_IR_SUSPEND_UMTS_REQ
+#define Z_IR_RESUME_UMTS_REQ (BYTE)2
+#define ZPS_IR_RESUME_UMTS_REQ Z_IR_RESUME_UMTS_REQ
+
+/*Ë«¿¨Ë«´ýL1GÐèÇóÐÞ¸Ä,¶àÄ£ºê¶¨Òå,ָʾ˫´ýÖжàÄ£Ò»´ýµ÷ÓÃ*/
+#define Z_L1A_MUTI_MODE 0
+
+/*¹ÒÆð¿¨1»¹ÊÇ¿¨2*/
+#define Z_SUSPENDCARD1 0
+#define Z_SUSPENDCARD2 1
+
+/*¿¨1 ¿¨2¶ÔÓ¦Êý×éϱêºêÖµ*/
+#define Z_L1A_CARD1 0
+#define Z_L1A_CARD2 1
+
+#define Z_LTE_P_IRAT_MAX_GAP_NUM 20 /*¸¨Ä£ÏÂ×î´óÅäÖÃgapÊýÄ¿*/
+
+/*ÒµÎñÀàÐͶ¨Òå*/
+#define EVENT_RF_OFF (BYTE)0
+#define EVENT_RF_ON (BYTE)1
+#define EVENT_MT_CALL (BYTE)2
+#define EVENT_MO_CALL (BYTE)3
+#define EVENT_MT_SS (BYTE)4
+#define EVENT_MO_SS (BYTE)5
+#define EVENT_MO_CS_SMS (BYTE)6
+#define EVENT_MT_CS_SMS (BYTE)7
+#define EVENT_MO_PS_SMS (BYTE)8
+#define EVENT_MT_PS_SMS (BYTE)9
+#define EVENT_CARD_CONFIG (BYTE)10
+#define EVENT_CS_UPDATE (BYTE)11
+#define EVENT_CS_DETACH (BYTE)12
+#define EVENT_CS_RRC_CONNECT (BYTE)13
+#define EVENT_PS_UPDATE (BYTE)14
+#define EVENT_PS_DETACH (BYTE)15
+#define EVENT_PS_SIGNALLING (BYTE)16
+#define EVENT_SEARCHPLMN (BYTE)17
+#define EVENT_PCH_PAGING (BYTE)18
+#define EVENT_PLMN_CSG_LIST (BYTE)19
+#define EVENT_PS_CONNECT (BYTE)20
+#define EVENT_HPPLMNPROC (BYTE)21
+#define EVENT_DEACTIVED (BYTE)22
+
+/**********************************************************************
+ URRCAÓëL1G¹²Óú궨Ò壨¼Ì³Ð×ÔComneon´úÂ룩
+**********************************************************************/
+/* ================================ l1ud_meas.h, begin ================================= */
+#define Z_IR_PREP_INVALID (BYTE)0
+#define ZPS_IR_PREP_INVALID Z_IR_PREP_INVALID
+#define Z_IR_PREP_PCH (BYTE)1
+#define ZPS_IR_PREP_PCH Z_IR_PREP_PCH
+#define Z_IR_PREP_PPCH (BYTE)2
+#define ZPS_IR_PREP_PPCH Z_IR_PREP_PPCH
+#define Z_IR_PREP_TCH (BYTE)3
+#define ZPS_IR_PREP_TCH Z_IR_PREP_TCH
+#define Z_IR_PREP_SDCCH (BYTE)4
+#define ZPS_IR_PREP_SDCCH Z_IR_PREP_SDCCH
+#define Z_IR_PREP_PTM (BYTE)5
+#define ZPS_IR_PREP_PTM Z_IR_PREP_PTM
+#define Z_IR_PREP_IRAT (BYTE)6 /* Used for both TCH and PTM when SINGLE_ANTENNA_SUPPORT is defined */
+#define ZPS_IR_PREP_IRAT Z_IR_PREP_IRAT
+
+#define Z_IR_GsmGapClusterType_disordered (BYTE)0
+#define ZPS_IR_GsmGapClusterType_disordered Z_IR_GsmGapClusterType_disordered
+#define Z_IR_GsmGapClusterType_short (BYTE)1
+#define ZPS_IR_GsmGapClusterType_short Z_IR_GsmGapClusterType_short
+#define Z_IR_GsmGapClusterType_long (BYTE)2
+#define ZPS_IR_GsmGapClusterType_long Z_IR_GsmGapClusterType_long
+#define Z_IR_SearchPrioMode_Off (BYTE)0
+#define ZPS_IR_SearchPrioMode_Off Z_IR_SearchPrioMode_Off
+#define Z_IR_SearchPrioMode_On (BYTE)1
+#define ZPS_IR_SearchPrioMode_On Z_IR_SearchPrioMode_On
+
+#ifdef SINGLE_ANTENNA_SUPPORT
+#define Z_IR_IRAT_GSM_PRIO_MEAS_PERIOD_IDLE (BYTE)38
+#define ZPS_IR_IRAT_GSM_PRIO_MEAS_PERIOD_IDLE Z_IR_IRAT_GSM_PRIO_MEAS_PERIOD_IDLE
+#else
+#define Z_IR_IRAT_GSM_PRIO_MEAS_PERIOD_IDLE (BYTE)32
+#define ZPS_IR_IRAT_GSM_PRIO_MEAS_PERIOD_IDLE Z_IR_IRAT_GSM_PRIO_MEAS_PERIOD_IDLE
+#endif
+/* =============================== l1ud_meas.h, end ==================================== */
+
+/* max. number of cells that are being kept synchronized */
+#define MAX_IR_SYNC_INFO_CELLS (BYTE)10 //(MAX_REPORTED_GSM_CELLS + 2)
+
+/* ================================ l1u_irat.h, begin ================================== */
+/* max. number of cells that are being kept synchronized */
+#define Z_IR_MAX_IR_SYNC_INFO_CELLS MAX_IR_SYNC_INFO_CELLS
+#define ZPS_IR_MAX_IR_SYNC_INFO_CELLS Z_IR_MAX_IR_SYNC_INFO_CELLS
+
+/*
+** Indicates the type of InterRAT timing control in which we work, e.g. for SB
+*/
+#define Z_IR_UMTS_TIMING_CTRL (BYTE)0 /* UMTS does most of the timing calculation */
+#define ZPS_IR_UMTS_TIMING_CTRL Z_IR_UMTS_TIMING_CTRL
+#define Z_IR_GSM_TIMING_CTRL (BYTE)1 /* GSM does most of the timing calculation */
+#define ZPS_IR_GSM_TIMING_CTRL Z_IR_GSM_TIMING_CTRL
+
+/* ================================= l1u_irat.h, end ================================== */
+
+
+/* ================================= l1u_irat_misc.h, begin ================================== */
+/* requests to UMTS InterRAT handler */
+#define Z_IR_DEAC_UMTS_REQ (BYTE)0
+#define ZPS_IR_DEAC_UMTS_REQ Z_IR_DEAC_UMTS_REQ
+#define Z_IR_SUSPEND_GSM_REQ (BYTE)1
+#define ZPS_IR_SUSPEND_GSM_REQ Z_IR_SUSPEND_GSM_REQ
+#define Z_IR_RESUME_GSM_REQ (BYTE)2
+#define ZPS_IR_RESUME_GSM_REQ Z_IR_RESUME_GSM_REQ
+
+/* confirm to UMTS InterRAT handler */
+#define Z_IR_NO_CNF (BYTE)0
+#define ZPS_IR_NO_CNF Z_IR_NO_CNF
+#define Z_IR_DEAC_UMTS_CNF (BYTE)1
+#define ZPS_IR_DEAC_UMTS_CNF Z_IR_DEAC_UMTS_CNF
+#define Z_IR_SUSPEND_GSM_CNF (BYTE)2
+#define ZPS_IR_SUSPEND_GSM_CNF Z_IR_SUSPEND_GSM_CNF
+#define Z_IR_RESUME_GSM_CNF (BYTE)3
+#define ZPS_IR_RESUME_GSM_CNF Z_IR_RESUME_GSM_CNF
+/* ================================= l1u_irat_misc.h, end ================================== */
+
+/* ================================= l1ud_tstamp.h, begin ================================== */
+/* modes for getting timestamps */
+#define Z_IR_TS_MODE_INVALID (BYTE)0
+#define ZPS_IR_TS_MODE_INVALID Z_IR_TS_MODE_INVALID
+#define Z_IR_TS_MODE_NONSTOP (BYTE)1 /* getting timestamps takes place fast as possible */
+#define ZPS_IR_TS_MODE_NONSTOP Z_IR_TS_MODE_NONSTOP
+#define Z_IR_TS_MODE_PAUSING (BYTE)2 /* take a break after getting a timestamp */
+#define ZPS_IR_TS_MODE_PAUSING Z_IR_TS_MODE_PAUSING
+
+/* modes for evaluating the antenna gaps */
+#define Z_IR_GAPS_IGNORED (BYTE)0 /* reporting of possibly calculated gaps according UMTS
+ ** antenna activities on GSM side are ignored
+ ** -> zIR_l1ud_tstamp_is_antenna_ready_for_gsm(..) always TRUE
+ */
+#define ZPS_IR_GAPS_IGNORED Z_IR_GAPS_IGNORED
+#define Z_IR_GAPS_EVALUATED (BYTE)1 /* gaps according UMTS antenna activities are evaluated*/
+#define ZPS_IR_GAPS_EVALUATED Z_IR_GAPS_EVALUATED
+
+#define Z_IR_TSTAMP_SFN_BASED (BYTE)0
+#define ZPS_IR_TSTAMP_SFN_BASED Z_IR_TSTAMP_SFN_BASED
+#define Z_IR_TSTAMP_CFN_BASED (BYTE)1
+#define ZPS_IR_TSTAMP_CFN_BASED Z_IR_TSTAMP_CFN_BASED
+
+#define Z_IR_MDO_RESEL (BYTE)0
+#define ZPS_IR_MDO_RESEL Z_IR_MDO_RESEL
+#define Z_IR_MDO_EXT_MEAS (BYTE)1
+#define ZPS_IR_MDO_EXT_MEAS Z_IR_MDO_EXT_MEAS
+//#if (defined(GPRS) && defined(UMTS))
+#define Z_IR_MDO_UMTS (BYTE)2
+#define ZPS_IR_MDO_UMTS Z_IR_MDO_UMTS
+//#endif /* (defined(GPRS) && defined(UMTS)) */
+#define Z_IR_MDO_PURPOSE_COUNT (BYTE)3
+#define ZPS_IR_MDO_PURPOSE_COUNT Z_IR_MDO_PURPOSE_COUNT
+
+/*Òý×Ôms.hÖв¨¶ÎµÄºê¶¨Ò壬Ϊ±ÜÃâ°üº¬ms.h¹ÊÖØж¨Òå*/
+#define Z_IR_MS_GSM900 (BYTE)0
+#define ZPS_IR_MS_GSM900 Z_IR_MS_GSM900
+#define Z_IR_MS_GSM900_P (BYTE)1
+#define ZPS_IR_MS_GSM900_P Z_IR_MS_GSM900_P
+#define Z_IR_MS_GSM900_E (BYTE)2
+#define ZPS_IR_MS_GSM900_E Z_IR_MS_GSM900_E
+#define Z_IR_MS_GSM900_R (BYTE)3
+#define ZPS_IR_MS_GSM900_R Z_IR_MS_GSM900_R
+#define Z_IR_MS_GSM1800 (BYTE)4
+#define ZPS_IR_MS_GSM1800 Z_IR_MS_GSM1800
+#define Z_IR_MS_GSM1900 (BYTE)5
+#define ZPS_IR_MS_GSM1900 Z_IR_MS_GSM1900
+#define Z_IR_MS_GSM850 (BYTE)6
+#define ZPS_IR_MS_GSM850 Z_IR_MS_GSM850
+#define Z_IR_MS_GSM450 (BYTE)7
+#define ZPS_IR_MS_GSM450 Z_IR_MS_GSM450
+#define Z_IR_MS_GSM480 (BYTE)8
+#define ZPS_IR_MS_GSM480 Z_IR_MS_GSM480
+#define Z_IR_MS_GSM750 (BYTE)9
+#define ZPS_IR_MS_GSM750 Z_IR_MS_GSM750
+#define Z_IR_MS_GSM_T_GSM_380 (BYTE)10
+#define ZPS_IR_MS_GSM_T_GSM_380 Z_IR_MS_GSM_T_GSM_380
+#define Z_IR_MS_GSM_T_GSM_410 (BYTE)11
+#define ZPS_IR_MS_GSM_T_GSM_410 Z_IR_MS_GSM_T_GSM_410
+#define Z_IR_MS_GSM_T_GSM_900 (BYTE)12
+#define ZPS_IR_MS_GSM_T_GSM_900 Z_IR_MS_GSM_T_GSM_900
+#define Z_IR_MS_MULTIBAND (BYTE)13
+#define ZPS_IR_MS_MULTIBAND Z_IR_MS_MULTIBAND
+#define Z_IR_MS_UMTS_FDD (BYTE)14
+#define ZPS_IR_MS_UMTS_FDD Z_IR_MS_UMTS_FDD
+#define Z_IR_MS_UMTS_TDD (BYTE)15
+#define ZPS_IR_MS_UMTS_TDD Z_IR_MS_UMTS_TDD
+#define Z_IR_INVALID_BAND (BYTE)16
+#define ZPS_IR_INVALID_BAND Z_IR_INVALID_BAND
+
+/* ================================= l1ud_tstamp.h, end ================================== */
+
+/* ================================= l1u_mdb.h ========================================= */
+#define Z_IR_NOF_UTRAN_CELLS_PER_FREQUENCY (BYTE)32
+#define ZPS_IR_NOF_UTRAN_CELLS_PER_FREQUENCY Z_IR_NOF_UTRAN_CELLS_PER_FREQUENCY
+
+#define Z_IR_NOF_CELL_LIST_FREQUENCIES (BYTE)16
+#define ZPS_IR_NOF_CELL_LIST_FREQUENCIES Z_IR_NOF_CELL_LIST_FREQUENCIES
+
+#define Z_IR_INVALID_UARFCN (WORD)0xFFFF
+#define ZPS_IR_INVALID_UARFCN Z_IR_INVALID_UARFCN
+#define Z_IR_INVALID_DL_PSC (WORD)0xFFFF
+#define ZPS_IR_INVALID_DL_PSC Z_IR_INVALID_DL_PSC
+
+#define Z_IR_UTRAN_IRAT_MEAS_DISABLED (BYTE)0
+#define ZPS_IR_UTRAN_IRAT_MEAS_DISABLED Z_IR_UTRAN_IRAT_MEAS_DISABLED
+#define Z_IR_UTRAN_IRAT_MEAS_ENABLED (BYTE)1
+#define ZPS_IR_UTRAN_IRAT_MEAS_ENABLED Z_IR_UTRAN_IRAT_MEAS_ENABLED
+#define Z_IR_UTRAN_IRAT_MEAS_DED (BYTE)2
+#define ZPS_IR_UTRAN_IRAT_MEAS_DED Z_IR_UTRAN_IRAT_MEAS_DED
+#define Z_IR_UTRAN_IRAT_MEAS_NC (BYTE)4
+#define ZPS_IR_UTRAN_IRAT_MEAS_NC Z_IR_UTRAN_IRAT_MEAS_NC
+#define Z_IR_UTRAN_IRAT_MEAS_ALL (BYTE)7
+#define ZPS_IR_UTRAN_IRAT_MEAS_ALL Z_IR_UTRAN_IRAT_MEAS_ALL
+
+#define Z_IR_MDO_GAP_MODE_LONG (BYTE)0
+#define ZPS_IR_MDO_GAP_MODE_LONG Z_IR_MDO_GAP_MODE_LONG
+#define Z_IR_MDO_GAP_MODE_SHORT (BYTE)1
+#define ZPS_IR_MDO_GAP_MODE_SHORT Z_IR_MDO_GAP_MODE_SHORT
+
+#define Z_IR_CELL_LIST_0 (BYTE)0
+#define ZPS_IR_CELL_LIST_0 Z_IR_CELL_LIST_0
+#define Z_IR_CELL_LIST_1 (BYTE)1
+#define ZPS_IR_CELL_LIST_1 Z_IR_CELL_LIST_1
+#define Z_IR_CELL_LIST_2 (BYTE)8
+#define ZPS_IR_CELL_LIST_2 Z_IR_CELL_LIST_2
+#define Z_IR_CELL_LIST_ID_UNKNOWN (BYTE)0xFF
+#define ZPS_IR_CELL_LIST_ID_UNKNOWN Z_IR_CELL_LIST_ID_UNKNOWN
+
+#define Z_IR_UTRAN_INACTIVE (BYTE)0
+#define ZPS_IR_UTRAN_INACTIVE Z_IR_UTRAN_INACTIVE
+#define Z_IR_UTRAN_ACTIVE (BYTE)1
+#define ZPS_IR_UTRAN_ACTIVE Z_IR_UTRAN_ACTIVE
+#define Z_IR_UTRAN_SUSPEND (BYTE)2
+#define ZPS_IR_UTRAN_SUSPEND Z_IR_UTRAN_SUSPEND
+#define Z_IR_UTRAN_FINISHED (BYTE)3
+#define ZPS_IR_UTRAN_FINISHED Z_IR_UTRAN_FINISHED
+
+#define Z_IR_MAX_GSM_CELL_CNT (BYTE)32
+#define ZPS_IR_MAX_GSM_CELL_CNT Z_IR_MAX_GSM_CELL_CNT
+#define Z_LTE_P_MAX_IRAT_REPORT_CELL_PER_FREQ (BYTE)32
+#define ZPS_LTE_P_MAX_IRAT_REPORT_CELL_PER_FREQ Z_LTE_P_MAX_IRAT_REPORT_CELL_PER_FREQ
+
+/* ================================= 1u_mdb.h, end ======================================*/
+
+
+/**************************************************************************
+ * È«¾ÖÊý¾ÝÀàÐÍ *
+ **************************************************************************/
+/*========================================================================
+ = 3GΪÖ÷ʱ£¬2G´ý²âÁ¿Ð¡Çø¶¨Ò壨Óëms.hÖÐT_MON_MEAS_RESULT_GSM_ELEMENTÏàͬ£©=
+ =========================================================================*/
+typedef struct
+{
+ BYTE cell_id; /*L1GËù±£´æBAÁбíµÄË÷ÒýÖµ*/
+ BYTE bsic;
+ CHAR rssi;
+} T_zIR_MON_MEAS_RESULT_GSM_ELEMENT,T_zPS_IR_MON_MEAS_RESULT_GSM_ELEMENT;
+/*========================================================================
+ = 3GΪÖ÷ʱ£¬ÇëÇó»ñÈ¡L1G±£´æµÄBAÁбí =
+ =========================================================================*/
+typedef WORD T_RADIO_FREQ_NO;
+typedef BYTE T_BSIC;
+
+typedef struct {
+ T_RADIO_FREQ_NO A[32];
+} T_CHAN_LIST;
+
+typedef T_CHAN_LIST T_zIR_CHAN_LIST;
+typedef T_zIR_CHAN_LIST T_zPS_IR_CHAN_LIST;
+
+typedef struct T_BCCH_LIST_s {
+ BYTE num_of_chans;
+ T_CHAN_LIST chan_number;
+} T_BCCH_LIST;
+
+typedef T_BCCH_LIST T_zIR_BCCH_LIST;
+typedef T_zIR_BCCH_LIST T_zPS_IR_BCCH_LIST;
+
+/*========================================================================
+ = 2GΪÖ÷ʱ£¬²âÁ¿ÇëÇó²ÎÊýµÄÊý¾Ý½á¹¹ =
+ =========================================================================*/
+typedef struct
+{
+ WORD wUarfcn;
+ BYTE bNum_of_cells;
+ BYTE bPadding;
+
+ WORD atCellInfo[Z_IR_MAX_INTER_FREQ_CELL_NUM];
+} T_zIR_UMeasUarfcn,T_zPS_IR_UMeasUarfcn;
+
+typedef struct
+{
+ BYTE bMeas_reference;
+ BYTE bNum_of_uarfcns; /*´ý²âƵµãÊý*/
+ T_zIR_UMeasUarfcn atUarfcn[Z_IR_MCR_MAX_FREQ];
+} T_zIR_UMeasParams,T_zPS_IR_UMeasParams;
+
+/*========================================================================
+ = 2GΪÖ÷ʱ£¬²âÁ¿½á¹ûÉϱ¨²ÎÊýµÄÊý¾Ý½á¹¹ =
+ =========================================================================*/
+typedef struct
+{
+ BYTE bUcell_param;
+ BYTE bRscp;
+} T_zIR_UMeasCellsRlt,T_zPS_IR_UMeasCellsRlt;
+
+typedef struct
+{
+ WORD wUarfcn;
+ WORD wPadding;
+
+ DWORD dwMeasured_cells; /*ÒѲâСÇøµÄBITMAP*/
+
+ T_zIR_UMeasCellsRlt atCellRlt[Z_IR_MAX_INTER_FREQ_CELL_NUM];
+} T_zIR_UMeasFreqRlt,T_zPS_IR_UMeasFreqRlt;
+
+typedef struct
+{
+ BYTE bMeas_reference; /*L1GÄÚ²¿Ê¹ÓõIJâÁ¿±àºÅ£¬ÓÃÀ´ÅжϲâÁ¿ÊÇ·ñ¸Ä±ä*/
+ BYTE bnof_freq; /*Éϱ¨µÄƵµãÊý*/
+ BYTE abPadding[2];
+
+ T_zIR_UMeasFreqRlt atFreqRlt[Z_IR_MCR_MAX_FREQ];
+} T_zIR_UMeasRltList,T_zPS_IR_UMeasRltList;
+
+/*========================================================================
+ = GSM Timing information as communicated from UMTS
+ = For details on timestamp reading, please see the dspec
+ =========================================================================*/
+typedef long T_L1_HYPER_FRAME_NO;
+typedef WORD T_L1_QBITS;
+
+typedef struct
+{
+ T_L1_HYPER_FRAME_NO tfn;
+ T_L1_QBITS t_off;
+} T_IR_TDMA_TIME_INFO;
+
+typedef T_IR_TDMA_TIME_INFO T_zIR_TDMA_TIME_INFO;
+typedef T_zIR_TDMA_TIME_INFO T_zPS_IR_TDMA_TIME_INFO;
+
+/*========================================================================
+ L1TÓëL1G¹²Óýṹ¶¨Ò壨¼Ì³Ð×ÔComneon´úÂ룩
+ =========================================================================*/
+/* ================================ l1u_irat.h, begin ================================== */
+/*
+** This enum indicates the sync status of a BS
+*/
+typedef enum
+{
+ IR_NO_SYNC, /* unsynced (no FCB, no SB) */
+ IR_FCB_SEARCH_PENDING, /* unsynced, but FCB attempted */
+ IR_FCB_SYNC, /* unsynced, but FCB found */
+ IR_SB_SYNC, /* synced (FCB and SB) */
+ IR_SB_RECONF, /* SB needs to be reconfirmed */
+ IR_INVALID_SYNC /* unsynced (or reconf failed) */
+} T_IR_GSM_SYNC_STATUS;
+
+/*
+** Indicates whether initial SB read or SB reconfirmation is desired
+*/
+typedef enum
+{
+ IR_INIT_SB_READ, /* initial SB read desired */
+ IR_RECONF_SB_READ /* SB reconfirmation desired */
+} T_IR_SB_READ_TYPE;
+
+
+typedef enum
+{
+ L1G_IRAT_XCELL = 0,
+ L1G_IRAT_RESEL_GSM2UTRAN,
+ L1G_IRAT_RESEL_GSM2LTE,
+ L1G_IRAT_REDIRECT_GSM2UTRAN,
+ L1G_IRAT_REDIRECT_GSM2LTE,
+ L1G_IRAT_CCO_GSM2UTRAN,
+ L1G_IRAT_CCO_GSM2LTE,
+ L1G_IRAT_CSHO_GSM2UTRAN,
+ L1G_IRAT_PSHO_GSM2UTRAN,
+ L1G_IRAT_PSHO_GSM2LTE
+} T_L1G_IRAT_SCENE_TYPE;
+
+
+
+typedef T_IR_GSM_SYNC_STATUS T_zIR_GSM_SYNC_STATUS;
+typedef T_zIR_GSM_SYNC_STATUS T_zPS_IR_GSM_SYNC_STATUS;
+typedef BYTE T_zIR_TIMING_CTRL;
+typedef T_zIR_TIMING_CTRL T_zPS_IR_TIMING_CTRL;
+typedef T_IR_SB_READ_TYPE T_zIR_SB_READ_TYPE;
+typedef T_zIR_SB_READ_TYPE T_zPS_IR_SB_READ_TYPE;
+typedef BYTE T_zIR_HANDLER_REQ_TYPE;
+typedef T_zIR_HANDLER_REQ_TYPE T_zPS_IR_HANDLER_REQ_TYPE;
+
+/* ** This enum indicates the sync status of a BS */
+#define Z_IR_NO_SYNC IR_NO_SYNC /* unsynced (no FCB, no SB) */
+#define ZPS_IR_NO_SYNC Z_IR_NO_SYNC
+#define Z_IR_FCB_SEARCH_PENDING IR_FCB_SEARCH_PENDING /* unsynced, but FCB attempted */
+#define ZPS_IR_FCB_SEARCH_PENDING Z_IR_FCB_SEARCH_PENDING
+#define Z_IR_FCB_SYNC IR_FCB_SYNC /* unsynced, but FCB found */
+#define ZPS_IR_FCB_SYNC Z_IR_FCB_SYNC
+#define Z_IR_SB_SYNC IR_SB_SYNC /* synced (FCB and SB) */
+#define ZPS_IR_SB_SYNC Z_IR_SB_SYNC
+#define Z_IR_SB_RECONF IR_SB_RECONF /* SB needs to be reconfirmed */
+#define ZPS_IR_SB_RECONF Z_IR_SB_RECONF
+#define Z_IR_INVALID_SYNC IR_INVALID_SYNC /* unsynced (or reconf failed) */
+#define ZPS_IR_INVALID_SYNC Z_IR_INVALID_SYNC
+
+/*
+** Indicates whether initial SB read or SB reconfirmation is desired
+*/
+#define Z_IR_INIT_SB_READ IR_INIT_SB_READ /* initial SB read desired */
+#define ZPS_IR_INIT_SB_READ Z_IR_INIT_SB_READ
+#define Z_IR_RECONF_SB_READ IR_RECONF_SB_READ /* SB reconfirmation desired */
+#define ZPS_IR_RECONF_SB_READ Z_IR_RECONF_SB_READ
+
+#define Z_GSM_RPI_SUPPORT_MAX_BAND (BYTE)8
+
+/*
+** This type is used to select "allowed bands" for RSSI measurements
+** For band n (from T_GSM_BAND) bit 1<<n is set in the mask.
+**
+*/
+typedef DWORD T_zIR_IR_GSM_BAND_MASK;
+typedef T_zIR_IR_GSM_BAND_MASK T_zPS_IR_IR_GSM_BAND_MASK;
+
+/*
+** General return fct stucture, to be used in most InterRAT functionality
+*/
+typedef struct
+{
+ VOID (*func)(BYTE, BYTE);
+ BYTE para;
+} T_zIR_RESULT_FUNCTION,T_zPS_IR_RESULT_FUNCTION;
+
+/*
+** Table with GSM cell info for all reported cells
+*/
+typedef struct T_L1_CELL_INFO_GSM_s {
+ T_RADIO_FREQ_NO arfcn;
+ T_BSIC bsic;
+} T_L1_CELL_INFO_GSM;
+
+typedef T_L1_CELL_INFO_GSM T_zIR_CELL_INFO_GSM;
+typedef T_zIR_CELL_INFO_GSM T_zPS_IR_CELL_INFO_GSM;
+
+typedef struct
+{
+ BYTE nof_cells ;
+ T_L1_CELL_INFO_GSM rep_cell_info[MAX_IR_SYNC_INFO_CELLS];
+ T_IR_GSM_SYNC_STATUS status[MAX_IR_SYNC_INFO_CELLS];
+} T_IR_REP_CELL_TABLE;
+
+typedef T_IR_REP_CELL_TABLE T_zIR_REP_CELL_TABLE;
+typedef T_zIR_REP_CELL_TABLE T_zPS_IR_REP_CELL_TABLE;
+
+typedef struct
+{
+ T_zIR_REP_CELL_TABLE cell_info;
+ T_zIR_TDMA_TIME_INFO sb_time_info[Z_IR_MAX_IR_SYNC_INFO_CELLS];
+}T_zIR_SB_INFO_TABLE,T_zPS_IR_SB_INFO_TABLE;
+/*
+** Structure which provides all sync info on each GSM cell,
+** neccessary for BSIC read/verification.
+*/
+typedef struct
+{
+ T_RADIO_FREQ_NO arfcn;
+ T_IR_GSM_SYNC_STATUS status;
+ T_IR_TDMA_TIME_INFO timing;
+ WORD invalid_time_remaining;
+} T_IR_CELL_SYNC_DATA;
+
+typedef T_IR_CELL_SYNC_DATA T_zIR_CELL_SYNC_DATA;
+typedef T_zIR_CELL_SYNC_DATA T_zPS_IR_CELL_SYNC_DATA;
+
+/*
+** Array of the sync data for all reported cells
+*/
+typedef struct
+{
+ BYTE nof_cells;
+ T_zIR_CELL_SYNC_DATA sync_data[Z_IR_MAX_IR_SYNC_INFO_CELLS];
+} T_zIR_CELL_SYNC_QUERY_DATA,T_zPS_IR_CELL_SYNC_QUERY_DATA;
+
+/* Structure is used to combine some parameters.*/
+typedef struct
+{
+ BYTE numRemainingGaps; /*same as in struct hciGsmInactiveTimeReq_t*/
+ BYTE searchPrioMode; /*same as in struct hciGsmInactiveTimeReq_t*/
+ BYTE clusterType; /*same as in struct hciGsmInactiveTimeReq_t*/
+} T_zIR_CLUSTER_INFO,T_zPS_IR_CLUSTER_INFO;
+
+//typedef WORD T_RADIO_FREQ_NO;
+//typedef BYTE T_RXLEV;
+//typedef BYTE T_BSIC;
+//typedef WORD T_L1_QBITS;
+//typedef DWORD T_L1_HYPER_FRAME_NO;
+
+typedef struct
+{
+ WORD arfcn; /*ComneonÖÐÀàÐͶ¨ÒåΪT_RADIO_FREQ_NO*/
+ BYTE rxlev_avgr; /*ComneonÖÐÀàÐͶ¨ÒåΪT_RXLEV*/
+ BYTE bsic; /*ComneonÖÐÀàÐͶ¨ÒåΪT_BSIC*/
+ BYTE band; /* T_GSM_BAND not used to save RAM */
+ BYTE nwin_idx;
+ WORD timing_offset; /*ComneonÖÐÀàÐͶ¨ÒåΪT_L1_QBITS*/
+ DWORD fn_offset; /*ComneonÖÐÀàÐͶ¨ÒåΪT_L1_HYPER_FRAME_NO*/
+}T_zIR_MDO_NCELL_ELEM,T_zPS_IR_MDO_NCELL_ELEM;
+
+typedef BYTE T_zIR_MDO_PURPOSE;
+typedef T_zIR_MDO_PURPOSE T_zPS_IR_MDO_PURPOSE;
+
+/*========================================================================
+ L1TÓëL1G¹²Óýṹ¶¨Ò壨¼Ì³Ð×ÔComneon´úÂ룩
+ =========================================================================*/
+/* ================================ l1u_mdb.h, begin ================================== */
+typedef BYTE T_zIR_CELL_LIST_ID;
+typedef T_zIR_CELL_LIST_ID T_zPS_IR_CELL_LIST_ID;
+typedef BYTE T_zIR_UTRAN_IRAT_MEAS;
+typedef T_zIR_UTRAN_IRAT_MEAS T_zPS_IR_UTRAN_IRAT_MEAS;
+typedef BYTE T_zIR_MDO_GAP_MODES;
+typedef T_zIR_MDO_GAP_MODES T_zPS_IR_MDO_GAP_MODES;
+typedef BYTE T_zIR_UTRAN_MEAS_STATE;
+typedef T_zIR_UTRAN_MEAS_STATE T_zPS_IR_UTRAN_MEAS_STATE;
+
+typedef struct
+{
+ SHORT rscp;
+ BYTE nof_results;
+} T_zIR_MDB_UTRAN_CELL_MEAS_BUFFER,T_zPS_IR_MDB_UTRAN_CELL_MEAS_BUFFER;
+
+typedef struct {
+ BYTE index;
+ WORD ucell_param;
+ BYTE diversity;
+ BYTE sync_case_tstd;
+} T_zIR_UTRAN_CELL_ON_FREQ,T_zPS_IR_UTRAN_CELL_ON_FREQ;
+
+typedef struct {
+ T_zIR_UTRAN_CELL_ON_FREQ A[Z_IR_NOF_UTRAN_CELLS_PER_FREQUENCY];
+} T_zIR_UTRAN_CELL_FIELD,T_zPS_IR_UTRAN_CELL_FIELD;
+
+typedef struct
+{
+ T_zIR_MDB_UTRAN_CELL_MEAS_BUFFER measurement[Z_IR_NOF_UTRAN_CELLS_PER_FREQUENCY];
+} T_zIR_MDB_NCELL_MEAS_PERIOD_DATA_SET, * T_zIR_MDB_NCELL_MEAS_PERIOD_DATA_SET_PTR,
+T_zPS_IR_MDB_NCELL_MEAS_PERIOD_DATA_SET, * T_zPS_IR_MDB_NCELL_MEAS_PERIOD_DATA_SET_PTR;
+
+typedef struct
+{
+ CHAR rscp; /*Comenon: char(½ºè)*/
+} T_zIR_MDB_MEAS_ELEMENT,T_zPS_IR_MDB_MEAS_ELEMENT;
+
+typedef struct
+{
+ T_zIR_MDB_MEAS_ELEMENT measurement[Z_IR_NOF_UTRAN_CELLS_PER_FREQUENCY];
+} T_zIR_MDB_UTRAN_NCELL_MEAS_RESULT_SET, *T_zIR_MDB_UTRAN_NCELL_MEAS_RESULT_SET_PTR,
+T_zPS_IR_MDB_UTRAN_NCELL_MEAS_RESULT_SET, *T_zPS_IR_MDB_UTRAN_NCELL_MEAS_RESULT_SET_PTR;
+
+typedef struct {
+ BYTE index;
+ BYTE length;
+ WORD dl_uarfcn; /*Comneon: unsigned short(½ºè)*/
+ T_zIR_UTRAN_CELL_FIELD utran_cell;
+}T_zIR_MDB_CELL_LIST_DATA_SET, *T_zIR_MDB_CELL_LIST_DATA_SET_PTR,
+T_zPS_IR_MDB_CELL_LIST_DATA_SET, *T_zPS_IR_MDB_CELL_LIST_DATA_SET_PTR;
+
+typedef struct
+{
+ T_zIR_MDB_CELL_LIST_DATA_SET_PTR p_cell_list;
+ T_zIR_MDB_NCELL_MEAS_PERIOD_DATA_SET_PTR p_period;
+ T_zIR_MDB_UTRAN_NCELL_MEAS_RESULT_SET_PTR p_avg;
+} T_zIR_MDB_NCELL_LIST_DATA_SET,T_zPS_IR_MDB_NCELL_LIST_DATA_SET;
+
+typedef struct {
+ WORD dl_uarfcn; /*Comneon: unsigned short(½ºè)*/
+ BYTE nof_ncell;
+ WORD utran_cell[Z_IR_NOF_UTRAN_CELLS_PER_FREQUENCY];
+} T_zIR_IRAT_UTRAN_CELLS_PER_FREQ,T_zPS_IR_IRAT_UTRAN_CELLS_PER_FREQ;
+
+typedef struct
+{
+ BYTE meas_reference; /*Comneon: byte(½ºè)*/
+ BYTE length; /*Comneon: byte(½ºè)*/
+ #ifndef MULTI_IRAT_2963
+ DWORD dwTmeasInial;/*³õʼ²âÁ¿ÖÜÆÚms£¬ÐèÒª²âÁ¿µÄƵµã¶¼ËÑË÷ºó£¬´ËÖÜÆÚ±äΪÎÞЧ */
+ WORD wTmeas;/*Õý³£Éϱ¨ÖÜÆÚ*/
+ #endif
+ T_zIR_IRAT_UTRAN_CELLS_PER_FREQ A[Z_IR_NOF_CELL_LIST_FREQUENCIES];
+}T_zIR_L1G_TddCellMeasReq,T_zPS_IR_L1G_TddCellMeasReq;
+
+typedef struct {
+ BYTE pccch_present;
+ BYTE u3g_ba_ind;
+ BYTE psi3_change_mark;
+ BYTE pmo_ind;
+} T_zIR_RR_3G_LIST_ID,T_zPS_IR_RR_3G_LIST_ID;
+
+typedef struct{
+ T_zIR_RR_3G_LIST_ID id_set[2];
+ BYTE write_index;
+ BYTE read_index;
+} T_zIR_U3G_LIST_ID_BUFFER,T_zPS_IR_U3G_LIST_ID_BUFFER;
+
+typedef struct{
+ /* flag indicating if ncell measurements on a particular frequency are enabled */
+ BYTE freq_enabled;
+ /* backup of freq_enabled flag, needed for suspend mode */
+ BYTE backup_freq_enabled;
+ /* indicates that a report can be created */
+ BYTE ncell_meas_complete;
+ /* indicates for which cells there are recent results from HW */
+ DWORD measured_cells;
+} T_zIR_UTRAN_NCELL_INFO,T_zPS_IR_UTRAN_NCELL_INFO;
+
+typedef struct{
+ /* indicates that measurements can be started because qsearch threshold condition is fulfilled */
+ BYTE qsearch_start_meas;
+ /* indicates the RXLEV threshold value for the start of UMTS measurements ** in idle or packet transfer mode */
+ BYTE qsearch_ip;
+ /* indicates the RXLEV threshold value for the start of UMTS measurements connected mode */
+ BYTE qsearch_c;
+ /* Indicates the Qsearch value to be used in connected mode before Qsearch_C is received */
+ BYTE qsearch_c_initial;
+ /* indicates if 3G cells may be searched when BSIC decoding is required */
+ BYTE search_prio;
+ /* 3G_LIST_ID parameters sent by RR associated with the measurement request message */
+ T_zIR_U3G_LIST_ID_BUFFER u3g_list_id;
+} T_zIR_CELL_PARAMS,T_zPS_IR_CELL_PARAMS;
+
+typedef struct{
+ /* indicates that a new measurement request from RR has arrived */
+ BYTE new_meas_req;
+ /* indicates a new set of header params of the type T_RR_3G_LIST_ID for a new meas req */
+ BYTE rr_3g_id_changed;
+ /* indicates the overall on/off state of the Inter-RAT measurements */
+ T_zIR_UTRAN_MEAS_STATE utran_state;
+ /* Parameters to coordinate GSM tasks and UMTS measurements */
+ T_zIR_CELL_PARAMS cell_params;
+ BYTE supported_3g_networks;
+ /* control data for ncell result processing */
+ T_zIR_UTRAN_NCELL_INFO ncell_info[Z_IR_NOF_CELL_LIST_FREQUENCIES];
+ WORD arfcn;
+ /* indicates that measurement request data were sent either through MPH_UPDATE_DED_PARAM_REQ ** or MPH_START_NC_MEAS_REQ; flag is needed in the result handler */
+ T_zIR_UTRAN_IRAT_MEAS meas_mode;
+ /* indicates that an update (delta) of the current measurement request is pending. This may ** happen only in DCH mode. */
+ BYTE dch_meas_delta_pending; /* indicates that a new measurement request came in while Interrat measurements are suspended */
+ BYTE mdb_backup_obsolete; /* measurement ID that indentifies a measurement request on SDL and HW level */
+ BYTE meas_reference;
+#if defined (SINGLE_ANTENNA_SUPPORT) /* counter for search frames, multiple of SEARCH_FRAMES_FOR_IRAT */
+ WORD mfr26_cnt; /* counter for search frames which were used for iRAT, multiple of PERIOD_FOR_IRAT */
+ WORD mfr26_taken_for_irat_cnt; /* counter for search frames inside a cluster, 0 no iRAT at the moment */
+ WORD mfr26_cluster_for_irat_cnt; /* sum of connected search frames for iRAT measurement */
+ WORD mfr26_cluster_size_for_irat; /* cluster mode */
+ T_zIR_MDO_GAP_MODES mfr26_cluster_mode; /* Scheduling index for calculating priority for IRAT measurement */
+ BYTE sched_idx;
+#endif /* (SINGLE_ANTENNA_SUPPORT) */
+} T_zIR_UTRAN_CTRL_DATA,T_zPS_IR_UTRAN_CTRL_DATA;
+
+typedef struct {
+ BYTE bUcell_param;
+ BYTE bRscp;
+} T_zIR_UtranMeasCellsResults,T_zPS_IR_UtranMeasCellsResults;
+
+typedef struct {
+ WORD wUarfcn;
+ DWORD dwMeasured_cells;
+ T_zIR_UtranMeasCellsResults atCellRlt[Z_IR_NOF_UTRAN_CELLS_PER_FREQUENCY];
+} T_zIR_IratUmcrMeasResult,T_zPS_IR_IratUmcrMeasResult;
+
+typedef struct {
+ BYTE index;
+ WORD dl_uarfcn;
+ BYTE length;
+ T_zIR_UTRAN_CELL_FIELD utran_cell;
+} T_zIR_UTRAN_CELLS_PER_FREQ,T_zPS_IR_UTRAN_CELLS_PER_FREQ;
+
+
+/*========================================================================
+ CBSÓëL1GÏûÏ¢½á¹¹¶¨Òå
+ =========================================================================*/
+/* ================================ ms.h, begin ================================= */
+/*==============================================================================
+ ÔÓL1MN_CBCH_DATA_IND(L1G->CBS)
+ ˵Ã÷: L1GÉϱ¨µÄ23×Ö½ÚµÄÎÞÏß¿é
+==============================================================================*/
+typedef struct {
+ BYTE abBuf[23];
+} T_zCbs_L1MN_CBCH_DATA_IND; /* come from commneon yPDef_L1MN_CBCH_DATA_IND */
+
+/*==============================================================================
+ ÔÓL1MN_CBCH_START_REQ(CBS->L1G)
+ ˵Ã÷: CBS֪ͨL1GÆô¶¯CBS½ÓÊÕ, ¿ÕÏûÏ¢
+==============================================================================*/
+
+/*==============================================================================
+ ÔÓL1MN_CBCH_STOP_REQ((CBS->L1G)
+ ˵Ã÷: CBS֪ͨL1GÍ£Ö¹CBS½ÓÊÕ, ¿ÕÏûÏ¢
+==============================================================================*/
+
+/*==============================================================================
+ ÔÓL1MN_CBCH_SKIP_REQ((CBS->L1G)
+ ˵Ã÷: CBSÏòL1G·¢ËÍSkipÒ³ÃæÇëÇó
+==============================================================================*/
+typedef struct {
+ WORD wPageNo;
+} T_zCbs_L1MN_CBCH_SKIP_REQ; /* come from commneon yPDef_L1MN_CBCH_SKIP_REQ */
+
+/* ================================ ms.h, end ================================= */
+
+
+/******************************************************
+ L1T->L1G
+ ¹¦ÄÜ:
+ L1TÏòL1G ÇëÇóÉäƵ×ÊÔ´,
+ ÏûÏ¢¼°½á¹¹: Z_L1_TdGetRfFromGsm_Req£¨SDLÏûÏ¢£ºL1T_DEACT_GSM_REQ_EV£©
+ NULL
+******************************************************/
+/******************************************************
+ L1G->L1T
+ ¹¦ÄÜ:
+ L1GÏòL1T»Ø¸´ÉäƵ×ÊÔ´ÈóöÈ·ÈÏ
+ ÏûÏ¢¼°½á¹¹: Z_L1_TdGetRfFromGsm_Cnf£¨SDLÏûÏ¢£ºL1T_DEACT_GSM_CNF_EV£©
+ NULL
+******************************************************/
+
+/******************************************************
+ L1E->L1G
+ ¹¦ÄÜ:
+ L1EÏòL1GÇëÇóÉäƵ×ÊÔ´
+ ÏûÏ¢¼°½á¹¹: Z_L1_LteGetRfFromGsm_Req£¨SDLÏûÏ¢£ºL1E_DEACT_GSM_REQ_EV£©
+ NULL
+******************************************************/
+
+
+/******************************************************
+ L1G->L1E
+ ¹¦ÄÜ:
+ L1GÏòL1E»Ø¸´ÉäƵ×ÊÔ´ÈóöÈ·ÈÏ
+ ÏûÏ¢¼°½á¹¹: Z_L1_LteGetRfFromGsm_Cnf£¨SDLÏûÏ¢£ºL1E_DEACT_GSM_CNF_EV£©
+ NULL
+******************************************************/
+/******************************************************
+ L1G->L1T
+ ¹¦ÄÜ:
+ L1GÏòL1TÇëÇóÉäƵ×ÊÔ´
+ ÏûÏ¢¼°½á¹¹: Z_L1_GsmGetRfFromTd_Req£¨SDLÏûÏ¢£ºL1G_DEACT_UMTS_REQ_EV£©
+ NULL
+******************************************************/
+/******************************************************
+ L1T->L1G
+ ¹¦ÄÜ:
+ L1TÏòL1G»Ø¸´ÉäƵ×ÊÔ´ÈóöÈ·ÈÏ
+ ÏûÏ¢¼°½á¹¹: Z_L1_GsmGetRfFromTd_Cnf£¨SDLÏûÏ¢£ºL1G_DEACT_UMTS_CNF_EV£©
+ NULL
+******************************************************/
+
+/******************************************************
+ L1G->L1E
+ ¹¦ÄÜ:
+ L1GÏòL1EÇëÇóÉäƵ×ÊÔ´
+ ÏûÏ¢¼°½á¹¹: Z_L1_GsmGetRfFromLte_Req£¨SDLÏûÏ¢£ºL1G_DEACT_LTE_REQ_EV£©
+ NULL
+******************************************************/
+
+/******************************************************
+ L1E->L1G
+ ¹¦ÄÜ:
+ L1E ÏòL1G»Ø¸´ÉäƵ×ÊÔ´ÈóöÈ·ÈÏ
+ ÏûÏ¢¼°½á¹¹: Z_L1_GsmGetRfFromLte_Cnf£¨SDLÏûÏ¢£ºL1G_DEACT_LTE_CNF_EV£©
+ NULL
+******************************************************/
+
+/******************************************************
+ L1E<->L1T
+ ¹¦ÄÜ:
+ TDΪÖ÷ʱ L1EÏòL1T ÇëÇóÉäƵ×ÊÔ´»òLTEΪÖ÷ʱ L1TÏòL1E ÇëÇóÉäƵ×ÊÔ´
+ ÏûÏ¢¼°½á¹¹: Z_L1_GetRF_Req
+ NULL
+******************************************************/
+/******************************************************
+ L1T<->L1E
+ ¹¦ÄÜ:
+ TDΪÖ÷ʱ L1TÏòL1E »Ø¸´Èóö×ÊÔ´È·ÈÏ»òLTEΪÖ÷ʱ L1EÏòL1T»Ø¸´Èóö×ÊÔ´È·ÈÏ
+ ÏûÏ¢¼°½á¹¹: Z_L1_GetRF_Cnf
+ NULL
+******************************************************/
+/*L1G,L1T<->EPHY½Ó¿Ú*/
+/******************************************************
+ ·½Ïò:L1G,L1T->EPHY
+ ¹¦ÄÜ:LTEΪ¸¨Ä£Ê½µÄʱºò£¬L1G,L1TÅäÖÃLTEÎïÀí²ã²âÁ¿¡£
+ ¶ÔÓÚLTEÎïÀí²ãÀ´Ëµ¿ÉÄÜÏÈÊÕµ½²âÁ¿¼°measmask,ºóÊÕµ½GAP£¬
+ Ò²¿ÉÄÜÏÈÊÕµ½GAP,ºóÊÕµ½²âÁ¿ÁÐ±í¡£Èç¹ûÏÈÊÕµ½ÁбíºóÎïÀí
+ ²ã²»»á²âÁ¿Ö±µ½ÊÕµ½GAP²Å»á²âÁ¿£¬Èç¹ûÏÈÊÕµ½GAPÒ²²»»á²â
+ Á¿Ö±µ½ÓвâÁ¿ÁбíÅäÖÃÏÂÀ´
+ ÏûÏ¢:LTE_P_FREQ_LIST_CONFIG_REQ_EV
+ ½á¹¹:T_zLTE_P_FreqListConfigReq
+******************************************************/
+typedef struct {
+ WORD wStartPCI; /*ÆðʼµÄÎïÀíСÇøID,0~503*/
+ WORD wRange; /*°üÀ¨wStartPCIÖ¸¶¨Ð¡ÇøÔÚÄÚµÄСÇø¸öÊý.СÇøÒÀ´ÎΪwStartPCI,wStartPCI+1,....,wStartPCI+wRange-1*/
+}T_zLTE_P_BlackCell;
+
+typedef struct
+{
+ DWORD dwEarfcn;
+ WORD wMeasBandWidth;
+ WORD wBlackCellRangeNum;
+ WORD wHighPrioInd;/*Èç¹û´ËLTEƵµãΪ¸ßÓÅÏȼ¶£¬ÔòÖÃ1£¬·ñÔòΪ0*/
+ WORD wPadding;
+ T_zLTE_P_BlackCell atBlackCells[16];
+}T_zLTE_P_FreqInfo;
+
+
+typedef struct
+{
+ WORD wMsgId;
+ /*
+ bReportQuantity: È¡Öµ·¶Î§£º0£¬1£¬2
+ 0: Ö»²âRSRP
+ 1: Ö»²âRSRQ,
+ 2: RSRPºÍRSRQÁ½¸ö¶¼²â
+*/
+ WORD wReportQuantity;
+ WORD wMaxCellRepPerFreq;
+ /*
+ ±»²âµÄƵµã¸öÊý¡£¸ù¾ÝÄ¿Ç°LTEÎïÀí²ãµÄ²âÁ¿ÄÜÁ¦×î¶àÖ§³Ö4¸öƵµã¡£
+ */
+ WORD wFreqNum;
+ /*
+ ²âÁ¿¶ÔÏóµÄÐÅÏ¢ÁÐ±í£¨º¬Í¬ÆµºÍÒìƵ£©, ÔªËØ0¹Ì¶¨ÎªintraƵµãµÄ²ÎÊý¡£1~3ΪinterƵµã²ÎÊý
+ */
+ T_zLTE_P_FreqInfo atFreqInfoList[8];
+}T_zLTE_P_FreqListConfig_Req;
+
+
+/******************************************************
+ ·½Ïò:L1G,L1T->EPHY
+ ¹¦ÄÜ:L1T,l1Gͨ¹ýMask֪ͨLTEÎïÀí²ãÆô¶¯ÏàӦƵµã²âÁ¿£¬²¢ÆôÓÃеIJâÁ¿ÖÜÆÚ
+ ÏûÏ¢:LTE_P_IRAT_MEAS_CONFIG_REQ_Ev
+ ½á¹¹:T_zLTE_P_IratMeasConfigReq
+******************************************************/
+typedef struct
+{
+ WORD wMsgId;
+ WORD wConnectStateFlg;/*֪ͨÖ÷ģʽ״̬£¬0¿ÕÏÐ̬£¬1Á¬½Ó̬*/
+ /*
+ ÿ¸öbit¶ÔÓ¦meas_freq_infoÖеÄÒ»¸öƵµã£¬ÎïÀí²ãÖ»Æô¶¯¶ÔÓ¦µÄbitλΪ1µÄƵµãµÄ²âÁ¿¡£
+ Bitn¶ÔÓ¦T_zLTE_P_IratMeasConfig_ReqÖеÄatMeasFreqInfoList[n]£¬n£º0~3
+ */
+ WORD wMeasBitMask;
+ /*³õËѲâÁ¿ºóµÄºóÐø²âÁ¿²âÁ¿ÖÜÆÚ¾ùΪwTmeas,µ¥Î»ms*/
+ WORD wTmeas;
+ /*µÚÒ»´Î²âÁ¿µÄ±¨¸æÖÜÆÚ£¬µ¥Î»ms,Èç¹ûÖÜÆÚÄÚÌáÇ°Íê³É¿ÉÒÔÌáÇ°Éϱ¨£¬
+ ×²»³¬¹ý±¨¸æÖÜÆÚ¡£Èç¹ûÒ»¸öƵµãÖØÅäÇ°ÒѾ×ö¹ý²âÁ¿£¬ÔòÖ±½ÓÓÃÓÚwTmeas¶ø²»ÊÇdwTmeasInitial*/
+ DWORD dwTmeasInitial;
+}T_zLTE_P_IratMeasConfig_Req;
+/******************************************************
+ ·½Ïò:L1G,L1T->EPHY
+ ¹¦ÄÜ:L1TÇëÇóÎïÀí²ãֹͣʹÓÃÒѾ·ÖÅäµÄGAP.LTEÎïÀí²ãÊÕµ½¸ÃÏûÏ¢Á¢¼´Í£Ö¹¶ÔÒѾ·ÖÅäµÄGAPµÄʹÓã¬
+ È¡ÏûºóÐøµ÷¶È£¬ÔÚ×î¿ìµÄʱ¼äÄÚÈóöÉäƵ.Note:ºÍLTE_P_ABORT_GAP_CNF_EvÅäÖÃʹÓÃ
+ ÏûÏ¢:LTE_P_ABORT_GAP_REQ_Ev
+ ½á¹¹:T_zLTE_P_AbortGapReq
+******************************************************/
+typedef struct
+{
+ WORD wMsgId;
+ WORD wPadding;
+} T_zLTE_P_AbortGap_Req;
+
+
+/* ¶àÄ£½Ó¿Ú*/
+/******************************************************
+ ·½Ïò:L1E->L1T/L1G
+ ¹¦ÄÜ:LTEÎïÀí²ãÉϱ¨²âÁ¿½á¹û,ÆäÖв»º¬ºÚÃûµ¥ÖеÄСÇø
+ ÏûÏ¢:LTE_P_IRAT_MEAS_IND_EV
+ ½á¹¹:T_zLTE_P_IratMeas_Ind
+******************************************************/
+/*
+EPHYÒ»¸öСÇøµÄ²âÁ¿½á¹ûÐÅÏ¢
+*/
+typedef struct
+{
+ WORD wPhyCellId; //È¡Öµ·¶Î§£º 0~503
+ WORD wRsrp; //È¡Öµ·¶Î§£º 0~97
+ WORD wRsrq; //È¡Öµ·¶Î§£º 0~34
+ WORD wPadding;
+} T_zLTE_P_MeasResult;
+
+/*
+Ò»¸öƵµãµÄ²âÁ¿½á¹û,ÓÃÓÚÒìƵ²âÁ¿½á¹ûµÄÉϱ¨
+*/
+typedef struct
+{
+ DWORD dwReportEarfcn; //È¡Öµ·¶Î§£º 0~262143
+ WORD wCellNum; //È¡Öµ·¶Î§£º 0~32
+ WORD wPadding;
+ T_zLTE_P_MeasResult atResultList[Z_LTE_P_MAX_IRAT_REPORT_CELL_PER_FREQ];
+} T_zLTE_P_FreqMeasResult;
+
+typedef struct
+{
+ WORD wMsgId;
+ WORD wFreqNum;
+ T_zLTE_P_FreqMeasResult atFreqResultList[8];
+ WORD wRptFlg; /*0:ÖÜÆÚÉϱ¨ 1:ÌáÇ°Éϱ¨*/
+ WORD wPadding;
+} T_zLTE_P_IratMeas_Ind;
+
+#ifdef Z_SINGLEANTENNA
+/******************************************************
+ ·½Ïò:L1G,L1T->EPHY
+ ¹¦ÄÜ:LTEΪ¸¨µÄʱºò£¬L1G£¬L1T¸øEPHY·ÖÅäGAPʱ¼ä,Ö´ÐÐEPHYµÄɨƵ¡¢²âÁ¿¡¢ÏµÍ³ÏûÏ¢¶ÁÈ¡µÈ¡£
+ ÏûÏ¢:LTE_P_IRAT_GAP_CONFIG_REQ_EV
+ ½á¹¹:T_zLTE_P_IratGapConfigReq
+******************************************************/
+typedef struct{
+ WORD wGapStartSubframe;/*GapÆðʼλÖÃ×ÓÖ¡ºÅ£¬ÕûMs²¿·Ö*/
+ WORD wGapStartSfn; /*GapÆðʼλÖÃSFNºÅ£¬Õû10Ms²¿·Ö*/
+ WORD wGapStartTs; /*GapÆðʼλÖÃ,Ts²¿·Ö*/
+ WORD wGapLengthMs; /* GAP³¤¶È,µ¥Î»ms.*/
+ WORD wGapLengthTs; /* GAP³¤¶È,TS²¿·Ö.Õû¸öGAP³¤¶Èʵ¼ÊÊÇbGapLengthMs+bGapLengthTs*/
+}T_zLTE_P_IratGapInfo;
+
+typedef struct{
+ WORD wMsgId;
+ WORD wGapNum;
+ WORD wGapGsmConnectFlg;/*GSMΪÖ÷ģʱʹÓã¬LTEÎïÀí²ãÐèÒª¶ÔGSM Á¬½Ó̬GAPβ¶ÔÆë±êʶ*/
+ WORD wPadding;
+ T_zLTE_P_IratGapInfo atIratGapInfo[Z_LTE_P_IRAT_MAX_GAP_NUM];
+}T_zLTE_P_IratGapConfig_Req;
+
+/******************************************************
+ ·½Ïò:L1E->EPHY
+ ¹¦ÄÜ:LTEΪÖ÷ÖÆʽµ±L1E·¢ÏÖÐèÒª¸øÆäËûÖÆʽ·ÖÅäGAPʱ¼äµÄʱºò£¬L1EÏòEPHYÇëÇóGAPÉϱ¨
+ ÏûÏ¢:LTE_P_IDLE_PERIOD_REP_REQ_EV.
+ ½á¹¹:T_zLTE_P_Idle_PeriodRep_Req
+******************************************************/
+typedef struct
+{
+ WORD wMsgId;
+ WORD wReportingMode; /*1:¿ªÆôGAPÉϱ¨, 0:Í£Ö¹GAPÉϱ¨*/
+ WORD wAnrMode; /*0:·ÇANR GAPÉϱ¨, 1: ANR GAPÉϱ¨*/
+ WORD wPadding;
+} T_zLTE_P_GapReportCtrl_Req;
+#else
+/******************************************************
+ ·½Ïò:L1G,L1T->EPHY
+ ¹¦ÄÜ:LTEΪ¸¨µÄʱºò£¬L1G£¬L1T¸øEPHY·ÖÅäGAPʱ¼ä,Ö´ÐÐEPHYµÄɨƵ¡¢²âÁ¿¡¢ÏµÍ³ÏûÏ¢¶ÁÈ¡µÈ¡£
+ ÏûÏ¢:LTE_P_IRAT_GAP_CONFIG_REQ_EV
+ ½á¹¹:T_zLTE_P_IratGapConfigReq
+******************************************************/
+typedef struct{
+ WORD wMsgId;
+ WORD wGapStartSubframe;/*GapÆðʼλÖÃ×ÓÖ¡ºÅ£¬ÕûMs²¿·Ö*/
+ WORD wGapStartSfn; /*GapÆðʼλÖÃSFNºÅ£¬Õû10Ms²¿·Ö*/
+ WORD wGapStartTs; /*GapÆðʼλÖÃ,Ts²¿·Ö*/
+ WORD wGapLengthMs; /* GAP³¤¶È,µ¥Î»ms.*/
+ WORD wGapLengthTs; /* GAP³¤¶È,TS²¿·Ö.Õû¸öGAP³¤¶Èʵ¼ÊÊÇbGapLengthMs+bGapLengthTs*/
+ WORD wGapGsmConnectFlg;/*GSMΪÖ÷ģʱʹÓã¬LTEÎïÀí²ãÐèÒª¶ÔGSM Á¬½Ó̬GAPβ¶ÔÆë±êʶ*/
+ WORD wPadding;
+}T_zLTE_P_IratGapConfig_Req;
+
+/******************************************************
+ ·½Ïò:L1E->EPHY
+ ¹¦ÄÜ:LTEΪÖ÷ÖÆʽµ±L1E·¢ÏÖÐèÒª¸øÆäËûÖÆʽ·ÖÅäGAPʱ¼äµÄʱºò£¬L1EÏòEPHYÇëÇóGAPÉϱ¨
+ ÏûÏ¢:LTE_P_IDLE_PERIOD_REP_REQ_EV.
+ ½á¹¹:T_zLTE_P_Idle_PeriodRep_Req
+******************************************************/
+typedef struct
+{
+ WORD wMsgId;
+ WORD wReportingMode; /*1:¿ªÆôGAPÉϱ¨, 0:Í£Ö¹GAPÉϱ¨*/
+} T_zLTE_P_Idle_PeriodRep_Req;
+#endif
+/*EPHY·¢Ë͸øL1G,L1TµÄ½Ó¿Ú¶¨Òå*/
+/******************************************************
+ ·½Ïò:EPHY->L1T,L1G
+ ¹¦ÄÜ:LTEÎïÀí²ãÊÕµ½LTE_P_ABORT_GAP_REQ_EvÈóöÉäƵºó¡£¸øL1T,L1GµÄÈ·ÈÏ
+ ×¢Ò⣺¶ÔÓÚGAPµÄÈ¡Ïû¹¦ÄÜÓë²âÁ¿ÁбíûÓбØÈ»¹ØÁª¹Øϵ£¬LTEÎïÀí²ãÓÐGAP¾Í²âÁ¿£¬Ã»GAP¾Í²»²âÁ¿£¬ÀýÈ磬GAPÈ¡Ïû
+ Ò»¶Îʱ¼äºóL1TÔÙ´ÎÅäÖÃGAP£¬ÄÇôLTEÎïÀí²ãÈÔÈ»¿ÉÒÔ¼ÌÐø²âÁ¿¡£
+ ÏûÏ¢:LTE_P_ABORT_GAP_CNF_Ev
+ ½á¹¹:NULL
+******************************************************/
+typedef T_zPS_IR_CLUSTER_INFO T_L1MD_IRAT_CLUSTER_INFO;
+
+typedef struct
+{
+ BYTE bTargetMode;
+ BYTE bMasterFlg;
+ BYTE bCurrMode;
+}T_zFunc_SetMode_Req;
+
+/*GSMСÇøÐÅÏ¢*/
+typedef struct{
+ BYTE bCellId; /*СÇøÄÚ²¿Ë÷Òý*/
+ BYTE bPadding;
+ WORD wArfcn; /*Ƶµã£¬µÚ16±ÈÌØ£½1±íʾΪ1900²¨¶Î*/
+}T_zL1a_GsmCellInfo;
+
+/*GSMСÇø²âÁ¿½á¹û*/
+typedef struct {
+ BYTE bCellId;
+ BYTE bBsic;
+ WORD wArfcn; /*Ƶµã£¬µÚ16±ÈÌØ£½1±íʾΪ1900²¨¶Î*/
+ BYTE bRssi;
+ BYTE abPadding[3];
+}T_zL1a_GsmCellMeasRlt;
+
+/*==============================================================================
+ PS->L1G
+ ʼþ£ºL1G_RPI_CFG_REQ_EV
+ ¹¦ÄÜ:
+ ÅäÖÃGSMÏÂ8¸öBAND£¬Ã¿¸öBANDÏÂRPIºÍPUMAXµÄÓ³Éä¹Øϵ£¬ÆäÖÐRPI·¶Î§0~2
+==============================================================================*/
+typedef struct
+{
+ T_zBandRpiCfg tGsmBandRpiCfg[Z_GSM_RPI_SUPPORT_MAX_BAND];
+}T_zPS_GSM_P_RpiCfgReq;
+
+extern DWORD zW_SendMsgTophy(DWORD dwMsgId, PBYTE pbMsgData, WORD wMsgLen);
+extern DWORD zLte_SendMsgToEphy(DWORD dwMsgId, PBYTE pbMsgData, WORD wMsgLen);
+extern VOID zGsm_SendRpiCfgMsgToL1g (T_zPS_GSM_P_RpiCfgReq* ptGsmRpiCfgReq, BYTE bCurInsIdx);
+ /**************************************************************************
+ * È«¾Öº¯ÊýÔÐÍ *
+ **************************************************************************/
+/*Ö÷ģʽÉèÖú¯Êý
+ bTargetRat£ºÐèÒª´¦ÀíµÄÄ¿±êÖÆʽ£º1GSM£¬2TD£¬3LTE£¬4W
+ bMasterFlg£ºÊÇ·ñ½«Ä¿±êÖÆʽÉèÖÃΪÖ÷ģʽ£¬Z_VALIDÊÇ£¬Z_INVALID·ñ*/
+extern VOID zSetMasterMode(BYTE bTargetRat, BYTE bMasterFlg);
+
+/*Ö÷ģʽ²éѯº¯Êý
+ bRat£º±¾Ä£¿éµÄÖÆʽ(Ö§³ÖASµ¥ÊµÀýË«´ý)
+ ·µ»ØÖµ£º0ûÓÐÖ÷ģʽ£¬1GSMΪÖ÷£¬2TDΪÖ÷£¬3LTEΪÖ÷£¬4WΪÖ÷*/
+extern BYTE zGetMasterMode(BYTE bRat);
+/*Ö÷ģʽÉèÖú¯Êý,½ö¹©µ¥°åIC L1Gµ÷ÓÃ*/
+extern VOID zSetIratMasterMode(BYTE bTargetAct, BYTE bIsSetTargetActMaster);
+ /*bTargetAct£ºÐèÒª´¦ÀíµÄÄ¿±êÖÆʽ£º1±íʾZ_IRAT_GSM_MODE¡¢2±íʾZ_IRAT_TD_MODE¡¢3±íʾZPS_IRAT_LTE_MODE
+ bIsSetTargetActMaster£ºÊÇ·ñ½«Ä¿±êÖÆʽÉèÖÃΪÖ÷ÖÆʽ£¬Z_VALID(TRUE)£ºÊÇ£¬Z_INVALID(FALSE)£º·ñ
+ */
+/*»ñÈ¡µ±Ç°Ö÷ÖÆʽº¯Êý£¬½ö¹©µ¥°åIC L1Gµ÷ÓÃ*/
+extern BYTE zGetIratMasterMode(VOID);/*·µ»ØÖµ0 :³õʼ»¯Öµ»òÈý¸öÖÆʽ¾ù²»ÎªÖ÷,1 :GSMΪÖ÷,)2 :TDΪÖ÷,3 :LTEΪÖ÷*/
+
+/*GSM²âÁ¿µ÷¶È½Ó¿Ú*/
+extern VOID zL1a_meas_GsmInit(VOID);
+extern VOID zL1a_meas_GsmReset(VOID);
+extern VOID zL1a_meas_GsmConfig(BYTE bCellNum, T_zL1a_GsmCellInfo *pCellList, BYTE bRrcState);
+extern VOID zL1a_meas_GsmStart(BYTE bFully);
+extern VOID zL1a_meas_GsmSuspend(VOID);
+extern VOID zL1a_meas_GsmResume(VOID);
+extern VOID zL1a_meas_GsmStop(BYTE bFully);
+extern BOOL zL1a_meas_GsmIsStopped(VOID);
+extern BYTE zL1a_meas_GsmGetResult(T_zL1a_GsmCellMeasRlt *pMeasRlt);
+extern VOID zL1a_meas_GsmSchedule(BYTE bPurpose, T_zIR_TDMA_TIME_INFO *pStart,
+ T_zIR_TDMA_TIME_INFO *pLen);
+extern VOID zL1a_meas_GsmSetBsicRequired(BYTE bNotNeedFcb);
+
+#ifdef Z_SINGLEANTENNA
+extern VOID zL1a_SetCard1RfOccupStat(VOID);
+extern VOID zL1a_SetCard2RfOccupStat(VOID);
+extern BYTE zL1a_GetCard1RfOccupStat(VOID);
+extern BYTE zL1a_GetCard2RfOccupStat(VOID);
+extern VOID zL1a_ClearCard1RfOccupStat(VOID);
+extern VOID zL1a_ClearCard2RfOccupStat(VOID);
+extern BYTE zL1a_ChkIsEventExist(BYTE bCardindex, BYTE bEvent);
+extern BYTE zL1a_IsCard1CsEventExist(VOID);
+extern VOID zL1a_SetEventPriority(BYTE bCardindex, BYTE bEvent);
+extern VOID zL1a_CleanEventPriority(BYTE bCardindex, BYTE bEvent);
+extern BYTE zL1a_GetDualCardEventPriority(VOID);
+extern VOID zL1a_Init(VOID);
+#endif
+
+/******************* L1GËùÌṩµÄº¯ÊýÉùÃ÷ *********************/
+extern VOID l1md_set_umts_params(T_zIR_BCCH_LIST * p_ba_list );
+extern BOOL l1co_umts_is_activated(VOID);
+extern VOID l1co_umts_initialise_req(VOID);
+extern VOID l1md_umts_initialize(VOID);
+extern VOID l1md_umts_set_reconf_state(const T_zIR_IR_GSM_BAND_MASK dwCellBitmap);
+extern VOID l1md_umts_get_updated_sync_status(T_zIR_CELL_SYNC_QUERY_DATA *p_sync_query_data /* IO: sync data */);
+extern VOID l1md_exchange_ncell_rxlev_buffers(BYTE bMutiModeInd);/*Ë«¿¨Ë«´ýL1GÐèÇóÐ޸ġ£¶àÄ£ µ¥Ä£Èë²Î¡£0±íʾ˫´ýÖеĶàÄ£Ò»´ýµ÷Óã¬1±íʾ˫´ýÖ®Öе¥´ýµ÷ÓÃ*/
+extern BOOL l1md_umts_rssi_meas_complete(VOID);
+extern VOID l1md_db_shift_ncell_runav(BYTE bMutiModeInd);
+extern BOOL l1md_umts_query_sync_status(T_zIR_CELL_SYNC_QUERY_DATA * p_sync_query_data, \
+ DWORD cell_mask, \
+ BYTE max_cells);
+extern VOID l1co_umts_deactivate_req(VOID);
+extern DWORD l1md_umts_determine_backup_size(VOID);
+extern VOID l1md_umts_backup_db(PVOID P);
+extern VOID l1md_umts_restore_db(PVOID P);
+extern BOOL l1co_umts_sb_read(T_zIR_TIMING_CTRL timing_ctrl_flag, \
+ T_zIR_SB_READ_TYPE sb_read_type, \
+ T_zIR_SB_INFO_TABLE *sb_info, \
+ T_zIR_TDMA_TIME_INFO *start, \
+ T_zIR_TDMA_TIME_INFO *length, \
+ T_zIR_RESULT_FUNCTION *result_reconf_sb_read_fct);
+extern VOID l1co_umts_rssi_meas(DWORD band, \
+ BOOL wrap_around_flag, \
+ T_zIR_TDMA_TIME_INFO *start, \
+ T_zIR_TDMA_TIME_INFO *length, \
+ T_zIR_RESULT_FUNCTION *result_rssi_meas_fct );
+extern VOID l1md_umts_set_active_cells(DWORD active_cells /* I: active cells(bitmap) */);
+extern VOID l1co_umts_activate_req(VOID);
+extern VOID l1co_umts_fcb_sb_read(T_zIR_REP_CELL_TABLE * cell_info, \
+ T_zIR_TDMA_TIME_INFO * start, \
+ T_zIR_TDMA_TIME_INFO * length, \
+ T_zIR_RESULT_FUNCTION * result_fcb_sb_read_fct);
+
+extern BOOL l1co_umts_is_deactivated(VOID);
+extern VOID l1g_irat_set_gsm_master(VOID);
+extern BOOL l1d_tch_stm_dtx_active(BYTE bMutiModeInd);
+
+extern VOID l1md_umts_clear_all_sync_info(VOID);
+
+#ifdef MULTI_IRAT_2963
+extern VOID l1g_irat_stop_gap_rep_req(VOID);
+extern VOID l1g_irat_start_gap_rep_req(VOID);
+/*******************l1ud_meas.h*********************/
+extern VOID ZPS_IR_l1ud_meas_stm_init( VOID );
+extern VOID ZPS_IR_l1ud_meas_stm_reset(VOID);
+extern VOID ZPS_IR_l1ud_meas_stm_prepare( BYTE bGsmBand, BYTE bWindowLen);
+extern VOID ZPS_IR_l1ud_meas_stm_frame_tick(VOID);
+
+#if defined (SINGLE_ANTENNA_SUPPORT)
+extern VOID ZPS_IR_l1ud_meas_irat_prepare( BYTE bPid, BYTE bIratUseTxForTout, BYTE bLastUsedTs);
+#else
+extern VOID ZPS_IR_l1ud_meas_irat_prepare ( BYTE bPid , BYTE bIratUseTxForTout );
+#endif
+
+extern VOID ZPS_IR_l1ud_meas_irat_ifrm_shortened( CHAR delta_offset );
+extern VOID ZPS_IR_l1ud_meas_irat_tx_enabled( BYTE bTxEnabled );
+extern VOID ZPS_IR_l1ud_irat_measurements_abort( VOID );
+extern BYTE ZPS_IR_l1ud_irat_meas_active ( VOID );
+extern VOID ZPS_IR_l1ud_irat_gsm_gap_start(WORD wWindowTime);
+extern VOID ZPS_IR_l1ud_irat_gsm_gap_stop( VOID );
+extern BYTE ZPS_IR_l1ud_irat_plmn_search_gap_start( WORD wWindowTime );
+
+/*--------------------------stub them-----------------------------*/
+extern VOID ZPS_IR_l1ud_irat_measurements_release(VOID);
+extern BYTE ZPS_IR_l1ud_meas_irat_release_cnf(VOID);
+
+/*******************l1u_irat_misc.h, begin*********************/
+extern VOID ZPS_IR_l1u_irat_init ( VOID );
+extern BYTE ZPS_IR_l1u_irat_trust_bsic_reconf_timing ( VOID );
+extern VOID ZPS_IR_l1u_irat_set_umts_master ( VOID );
+extern BYTE ZPS_IR_l1u_irat_is_umts_master ( VOID );
+extern VOID ZPS_IR_l1u_irat_set_umts_mode ( VOID );
+extern BYTE ZPS_IR_l1u_irat_check_on_rf_conflict_with_umts ( VOID *pParam );
+extern VOID ZPS_IR_l1u_irat_handler_req ( BYTE bRequestType );
+extern BYTE ZPS_IR_l1u_irat_handler_cnf ( VOID );
+
+#if defined(SINGLE_ANTENNA_SUPPORT)
+extern VOID ZPS_IR_l1u_irat_start_gap_rep_req ( VOID );
+extern VOID ZPS_IR_l1u_irat_stop_gap_rep_req ( VOID );
+#endif
+extern VOID ZPS_IR_l1ud_tstamp_activate(BYTE bTsMode, BYTE bGapIgnoreMode);
+extern BYTE ZPS_IR_l1ud_tstamp_is_antenna_ready_for_gsm(T_zPS_IR_TDMA_TIME_INFO *p_gfn_free_until);
+extern VOID ZPS_IR_l1ud_tstamp_reset_gprs_offset( VOID );
+extern VOID ZPS_IR_l1ud_tstamp_set_gprs_fn(DWORD dwFn);
+extern VOID ZPS_IR_l1ud_tstamp_get_time_gsm_antenna_free(T_zPS_IR_TDMA_TIME_INFO *p_gsm_starttime,
+ T_zPS_IR_TDMA_TIME_INFO *p_tdma_time_result);
+extern VOID ZPS_IR_l1ud_tstamp_gprs_frame_tick( WORD wPrevLen );
+extern VOID ZPS_IR_l1ud_tstamp_gprs_early_prep_tick( VOID );
+extern SHORT ZPS_IR_l1ud_talg_get_and_reset_time_drift_offset(VOID);
+/*******************l1u_atc_if.h*********************/
+extern PBYTE ZPS_IR_l1u_atc_set(PBYTE pString);
+
+/*******************l1u_fs.h*********************/
+extern BYTE ZPS_IR_l1u_fs_get_nof_active_fr_tick_func(VOID);
+
+/*******************l1u_dch.h*********************/
+extern BYTE ZPS_IR_l1u_dch_check_idle(VOID);
+/*******************l1u_fch.h*********************/
+extern BYTE ZPS_IR_l1u_fach_check_idle(VOID);
+/*******************l1u_bch.h*********************/
+extern BYTE ZPS_IR_l1u_bch_check_idle(VOID);
+/*******************l1u_csrch.h*********************/
+extern BYTE ZPS_IR_l1u_csrch_check_idle(VOID);
+
+/*******************l1u_mon_irat1.h*********************/
+extern VOID ZPS_IR_l1u_mon_irat_change_timestamping_to_idle(VOID);
+
+/*******************l1u_mdb.h*********************/
+extern VOID ZPS_IR_l1u_mdb_reset_cell_database(VOID);
+extern VOID ZPS_IR_l1u_mdb_set_cell_list_uarfcn(T_zPS_IR_CELL_LIST_ID list_id, \
+ WORD uarfcn, \
+ BYTE id, \
+ BYTE nof_cells);
+extern VOID ZPS_IR_l1u_mdb_add_assigned_cell(T_zPS_IR_UTRAN_CELL_ON_FREQ *p_cell_info, \
+ T_zPS_IR_CELL_LIST_ID list_id, \
+ BYTE src_idx);
+extern VOID ZPS_IR_Create_ZPS_L1G_TDD_CELL_MEAS_REQ( T_zPS_IR_UTRAN_CTRL_DATA *p_utran_ctrl );
+extern VOID ZPS_IR_send_ZPS_L1G_TDD_CELL_MEAS_REQ(T_zPS_IR_L1G_TddCellMeasReq *p_msg_param);
+extern VOID ZPS_IR_l1u_mdb_add_ncell_result(T_zPS_IR_IratUmcrMeasResult *p_umcr_meas_result, \
+ T_zPS_IR_CELL_LIST_ID *p_list_id);
+extern VOID ZPS_IR_l1u_mdb_updata_ncell_running_average_buffers(T_zPS_IR_CELL_LIST_ID list_id, \
+ T_zPS_IR_UTRAN_CTRL_DATA *p_utran_ctrl);
+extern T_zPS_IR_UTRAN_CELL_ON_FREQ *ZPS_IR_l1u_mdb_get_ncell_data(T_zPS_IR_CELL_LIST_ID list_id, \
+ BYTE cell_idx);
+extern VOID ZPS_IR_l1u_mdb_calc_ncell_ravg(T_zPS_IR_CELL_LIST_ID list_id, \
+ BYTE cell_idx, \
+ T_zPS_IR_MDB_MEAS_ELEMENT *meas_result);
+extern BYTE ZPS_IR_comp_utran_list(T_zPS_IR_UTRAN_CELLS_PER_FREQ *p_new_utran_ncells, \
+ T_zPS_IR_CELL_LIST_ID list_idx);
+extern BYTE ZPS_IR_l1u_mdb_get_cell_num( T_zPS_IR_CELL_LIST_ID list_id );
+extern WORD ZPS_IR_l1u_mdb_get_uarfcn(T_zPS_IR_CELL_LIST_ID list_id);
+extern BYTE ZPS_IR_l1u_mdb_get_uarfcn_index(T_zPS_IR_CELL_LIST_ID list_id);
+/******************* L1GËùÌṩµÄº¯ÊýÉùÃ÷ *********************/
+extern VOID l1md_fill_umts_resel_db(T_zPS_IR_MON_MEAS_RESULT_GSM_ELEMENT * p_result, \
+ BYTE max_cells_to_report, \
+ DWORD active_cell_bitmask, \
+ BYTE ravg_size);
+
+extern BOOL l1d_tu_umts_latch_disable(VOID);
+extern BOOL l1d_tu_umts_latch_enable(VOID);
+extern int l1d_tu_umts_latch_offset(VOID);
+extern void l1g_irat_handler_req_ex ( T_L1G_IRAT_SCENE_TYPE scene_type, T_zPS_IR_HANDLER_REQ_TYPE request_type);
+extern BOOL l1g_irat_handler_cnf(VOID);
+extern VOID l1md_umts_set_invalid_state (const T_zPS_IR_IR_GSM_BAND_MASK band_mask);
+#else
+extern VOID l1g_irat_start_gap_rep_req ( BYTE bRat );
+extern VOID l1g_irat_stop_gap_rep_req ( BYTE bRat );
+/*******************l1ud_meas.h*********************/
+extern VOID zIR_l1ud_meas_stm_init( VOID );
+extern VOID zIR_l1ud_meas_stm_reset(VOID);
+extern VOID zIR_l1ud_meas_stm_prepare( BYTE bGsmBand, BYTE bWindowLen);
+extern VOID zIR_l1ud_meas_stm_frame_tick(VOID);
+
+#if defined (SINGLE_ANTENNA_SUPPORT)
+extern VOID zIR_l1ud_meas_irat_prepare( BYTE bPid, BYTE bIratUseTxForTout, BYTE bLastUsedTs);
+#else
+extern VOID zIR_l1ud_meas_irat_prepare ( BYTE bPid , BYTE bIratUseTxForTout );
+#endif
+
+extern VOID zIR_l1ud_meas_irat_ifrm_shortened( CHAR delta_offset );
+extern VOID zIR_l1ud_meas_irat_tx_enabled( BYTE bTxEnabled );
+extern VOID zIR_l1ud_irat_measurements_abort( VOID );
+extern BYTE zIR_l1ud_irat_meas_active ( VOID );
+extern VOID zIR_l1ud_irat_gap_start(T_zTD_P_IratGapConfig_Req *pGapConfigReq);
+extern VOID zIR_l1ud_irat_gsm_gap_stop( VOID );
+extern BYTE zIR_l1ud_irat_plmn_search_gap_start( WORD wWindowTime );
+
+/*--------------------------stub them-----------------------------*/
+extern VOID zIR_l1ud_irat_measurements_release(VOID);
+extern BYTE zIR_l1ud_meas_irat_release_cnf(VOID);
+
+/*******************l1u_irat_misc.h, begin*********************/
+extern VOID zIR_l1u_irat_init ( VOID );
+extern BYTE zIR_l1u_irat_trust_bsic_reconf_timing ( VOID );
+extern BYTE zIR_l1u_irat_check_on_rf_conflict_with_umts ( VOID *pParam );
+extern VOID zIR_l1u_irat_handler_req ( BYTE bRequestType );
+extern BYTE zIR_l1u_irat_handler_cnf ( VOID );
+
+/*#if defined(SINGLE_ANTENNA_SUPPORT)*/
+extern BOOL zL1t_meas_IratStopGapCnf(BYTE bRat);
+extern VOID zL1t_meas_IratStartGapReq(BYTE bRat);
+extern VOID zL1t_meas_IratStopGapReq(BYTE bRat);
+/*#endif*/
+extern VOID zIR_l1ud_tstamp_get_time_gsm_antenna_free(T_zIR_TDMA_TIME_INFO *p_gsm_starttime,
+ T_zIR_TDMA_TIME_INFO *p_tdma_time_result);
+/*******************l1u_atc_if.h*********************/
+extern PBYTE zIR_l1u_atc_set(PBYTE pString);
+
+/*******************l1u_fs.h*********************/
+extern BYTE zIR_l1u_fs_get_nof_active_fr_tick_func(VOID);
+
+/*******************l1u_dch.h*********************/
+extern BYTE zIR_l1u_dch_check_idle(VOID);
+/*******************l1u_fch.h*********************/
+extern BYTE zIR_l1u_fach_check_idle(VOID);
+/*******************l1u_bch.h*********************/
+extern BYTE zIR_l1u_bch_check_idle(VOID);
+/*******************l1u_csrch.h*********************/
+extern BYTE zIR_l1u_csrch_check_idle(VOID);
+
+/*******************l1u_mon_irat1.h*********************/
+extern VOID zIR_l1u_mon_irat_change_timestamping_to_idle(VOID);
+
+/*******************l1u_mdb.h*********************/
+extern VOID zIR_l1u_mdb_reset_cell_database(VOID);
+extern VOID zIR_l1u_mdb_set_cell_list_uarfcn(T_zIR_CELL_LIST_ID list_id, \
+ WORD uarfcn, \
+ BYTE id, \
+ BYTE nof_cells);
+extern VOID zIR_l1u_mdb_add_assigned_cell(T_zIR_UTRAN_CELL_ON_FREQ *p_cell_info, \
+ T_zIR_CELL_LIST_ID list_id, \
+ BYTE src_idx);
+extern VOID zIR_Create_L1G_TDD_CELL_MEAS_REQ_EV( T_zIR_UTRAN_CTRL_DATA *p_utran_ctrl );
+extern VOID zIR_send_L1G_TDD_CELL_MEAS_REQ_EV(T_zIR_L1G_TddCellMeasReq *p_msg_param);
+extern VOID zIR_l1u_mdb_add_ncell_result(T_zIR_IratUmcrMeasResult *p_umcr_meas_result, \
+ T_zIR_CELL_LIST_ID *p_list_id);
+extern VOID zIR_l1u_mdb_updata_ncell_running_average_buffers(T_zIR_CELL_LIST_ID list_id, \
+ T_zIR_UTRAN_CTRL_DATA *p_utran_ctrl);
+extern T_zIR_UTRAN_CELL_ON_FREQ *zIR_l1u_mdb_get_ncell_data(T_zIR_CELL_LIST_ID list_id, \
+ BYTE cell_idx);
+extern VOID zIR_l1u_mdb_calc_ncell_ravg(T_zIR_CELL_LIST_ID list_id, \
+ BYTE cell_idx, \
+ T_zIR_MDB_MEAS_ELEMENT *meas_result);
+extern BYTE zIR_comp_utran_list(T_zIR_UTRAN_CELLS_PER_FREQ *p_new_utran_ncells, \
+ T_zIR_CELL_LIST_ID list_idx);
+extern BYTE zIR_l1u_mdb_get_cell_num( T_zIR_CELL_LIST_ID list_id );
+extern WORD zIR_l1u_mdb_get_uarfcn(T_zIR_CELL_LIST_ID list_id);
+extern BYTE zIR_l1u_mdb_get_uarfcn_index(T_zIR_CELL_LIST_ID list_id);
+extern VOID l1md_fill_umts_resel_db(T_zIR_MON_MEAS_RESULT_GSM_ELEMENT * p_result, \
+ BYTE max_cells_to_report, \
+ DWORD active_cell_bitmask, \
+ BYTE ravg_size);
+extern void l1g_irat_handler_req_ex ( T_L1G_IRAT_SCENE_TYPE scene_type, T_zIR_HANDLER_REQ_TYPE request_type);
+extern BOOL l1g_irat_handler_cnf(VOID);
+extern VOID l1md_umts_set_invalid_state (const T_zIR_IR_GSM_BAND_MASK band_mask);
+extern DWORD zTd_SendMsgTophy(DWORD dwMsgId, PBYTE pbMsgData, WORD wMsgLen);
+
+#ifdef _USE_PSM
+extern DWORD zLte_SendMsgToSimEphy(DWORD dwMsgId, PBYTE pbMsgData, WORD wMsgLen);
+extern VOID zL1e_IratWakeUpEphy(VOID);
+extern BOOL POW_get_timestamp_status(VOID);
+
+#if defined (PS_RAT_TDD)
+extern BOOL zL1t_TaskIsIdle(VOID);
+extern UINT32 zL1t_TaskIsIdlePrint(VOID);
+#endif
+
+#if defined (PS_RAT_LTE)
+extern BOOL zL1e_TaskIsIdle(BYTE bStackIns);
+extern UINT32 zL1e_TaskIsIdlePrint(BYTE bStackIns);
+#endif
+
+#if defined (PS_RAT_FDD)
+extern BOOL zL1w_TaskIsIdle(VOID);
+extern UINT32 zL1w_TaskIsIdlePrint(VOID);
+#endif
+
+#endif /*endif USE_PSM*/
+extern VOID zL1e_IratStartGapReq(BYTE bRat);
+extern VOID zL1e_IratStopGapReq(BYTE bRat);
+extern BYTE zL1e_IratStopGapCnf(BYTE bRat);
+extern VOID zL1e_tstamp_get_time_gsm_antenna_free( T_zIR_TDMA_TIME_INFO *p_gsm_starttime,T_zIR_TDMA_TIME_INFO *p_tdma_time_result);
+#ifdef PS_RAT_FDD
+extern BOOL zL1w_meas_IratStopGapCnf(BYTE bRat);
+extern VOID zL1w_meas_IratStartGapReq(BYTE bRat);
+extern VOID zL1w_meas_IratStopGapReq(BYTE bRat);
+extern VOID zL1w_irat_meas_start(T_zW_P_inter_freq_meas_req *pInterMeasReq);
+extern VOID zL1w_irat_meas_stop (VOID);
+extern VOID zL1w_irat_gap_start(T_zW_P_irat_gap_config_req *pGapConfigReq);
+extern VOID zL1w_irat_gap_stop(VOID);
+#endif
+extern VOID zL1a_get_time_gsm_antenna_free(T_zIR_TDMA_TIME_INFO *p_gsm_starttime, T_zIR_TDMA_TIME_INFO *p_tdma_time_result);
+
+extern BOOL l1g_bch_busyflg(VOID);/*º¯Êý¹¦ÄÜ£º²éѯBCH COÊÇ·ñÕ¼ÓÃÉäƵ
+ ·µ»ØÖµTRUE ±íʾÕýÔÚÕ¼ÓÃÉäƵ FALSE ±íʾûÓÐʹÓÃÉäƵ*/
+extern BYTE zAs_GetTWLInstIndex(VOID);
+extern BYTE zL1e_gsm_IsCon(VOID);
+
+#ifdef Z_SINGLEANTENNA
+extern BYTE zAs_GetMinIndex(DWORD dwBitmap);
+extern BYTE zIR_l1ud_tstamp_is_antenna_ready_for_gsm(T_zIR_TDMA_TIME_INFO *p_gsm_starttime,
+ T_zIR_TDMA_TIME_INFO *p_gsm_endtime);
+extern BYTE zL1e_tstamp_is_antenna_ready_for_gsm(T_zIR_TDMA_TIME_INFO *p_gsm_starttime, T_zIR_TDMA_TIME_INFO *p_gsm_endtime);
+extern BYTE zL1a_is_antenna_ready_for_gsm(T_zIR_TDMA_TIME_INFO *p_gsm_starttime, T_zIR_TDMA_TIME_INFO *p_gsm_endtime);
+#else
+extern BYTE zIR_l1ud_tstamp_is_antenna_ready_for_gsm(T_zIR_TDMA_TIME_INFO *p_gfn_free_until);
+extern BYTE zL1e_tstamp_is_antenna_ready_for_gsm(T_zIR_TDMA_TIME_INFO *p_gfn_free_until);
+extern BYTE zL1a_is_antenna_ready_for_gsm(T_zIR_TDMA_TIME_INFO *p_gfn_free_until);
+#endif
+#endif
+extern BYTE zEucer_GetRrcStateForPSM(VOID);
+
+extern BOOL zGrr_IsLimitServiceState(BYTE bStkId);
+extern BOOL zGrr_GetReselState(BYTE bStkId);
+extern BOOL zGrr_IsPowerOffProc(BYTE bStkId);
+extern BYTE zUcsr_IsInReadPreDefProc(VOID);
+extern LONG zL1g_GetLastTxPwr(BYTE bStkId);
+
+#ifdef Z_SEND_TO_SIMPHY
+extern UINT32 zL1g_SendMsgToNet(UINT32 msg_id, const VOID *buf, UINT16 msg_len, ZOSS_TASK_ID task_id);
+extern UINT32 zL1g_SendMsgToNet_Sec(UINT32 msg_id, const VOID *buf, UINT16 msg_len, ZOSS_TASK_ID task_id);
+#endif
+
+#endif