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192.168.1.100 / T800_MD / 0b80c7188a6089ae59f523c5d460adad05960e1d / . / mcu / interface / protocol / as_c2k / 1xrtt / pswapi.h
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/*****************************************************************************
* Copyright Statement:
* --------------------
* This software is protected by Copyright and the information contained
* herein is confidential. The software may not be copied and the information
* contained herein may not be used or disclosed except with the written
* permission of MediaTek Inc. (C) 2016
*
* 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
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*
* BUYER'S SOLE AND EXCLUSIVE REMEDY AND MEDIATEK'S ENTIRE AND CUMULATIVE
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* AT MEDIATEK'S OPTION, TO REVISE OR REPLACE THE MEDIATEK SOFTWARE AT ISSUE,
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*
* THE TRANSACTION CONTEMPLATED HEREUNDER SHALL BE CONSTRUED IN ACCORDANCE
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* RELATED THERETO SHALL BE SETTLED BY ARBITRATION IN SAN FRANCISCO, CA, UNDER
* THE RULES OF THE INTERNATIONAL CHAMBER OF COMMERCE (ICC).
*
*****************************************************************************/
/*************************************************************
*
* This Software is the property of VIA Telecom, Inc. and may only be used pursuant to a license from VIA Telecom, Inc.
*
* Any unauthorized use inconsistent with the terms of such license is strictly prohibited.
*
* Copyright (c) 1998-2010 VIA Telecom, Inc. All rights reserved.
*
*************************************************************/
#ifndef _PSWAPI_H_
#define _PSWAPI_H_
/*****************************************************************************
*
* FILE NAME : pswapi.h
*
* DESCRIPTION : Protocol stack interface
*
* This include file provides system wide global type declarations and
* constants
*
* HISTORY :
* See Log at end of file
*
*****************************************************************************/
/*----------------------------------------------------------------------------
Include Files
----------------------------------------------------------------------------*/
#include "pswnam.h"
#include "pswcustom.h"
#include "pswsmstune.h"
#include "lmdapi.h"
#include "syscommon.h"
#include "c2k_defs.h"
#include "cssapi.h"
#ifdef MTK_DEV_C2K_IRAT
#include "iratapi.h"
#endif
#include "module_msg_range.h"
#ifdef MTK_PLT_ON_PC_UT
#include "sbp_public_utility.h"
#endif
#include "psw_msgid.h"
#include "hlpapi.h"
#include "pswairmsg.h"
#include "dspmapi.h"
/*----------------------------------------------------------------------------
Global Defines and Macros
----------------------------------------------------------------------------*/
#define SYS_CP_MAX_AFLT_LIST_PILOTS_MEAS 16 /* max number of pilot pn's in neighbor list measured to PSW */
#define PSW_MAILBOX_CMD EXE_MAILBOX_1_ID
#define PSW_MAILBOX2_CMD EXE_MAILBOX_2_ID
#define PSW_SYNC_DATA_SIZE 4
#define PSW_MAX_SMS_SIZE 256
#define PRM_MAX_SIZE 256
#define PSW_NUM_MUX1_COUNTER_INDEX 14
#define PSW_NUM_MUX2_COUNTER_INDEX 26
/* Data service page acceptance bit map. */
#define PSW_ASYNC_DATA_PAGE_ACCEPT 1
#define PSW_FAX_PAGE_ACCEPT 2
#define PSW_ASYNCDATA_AND_FAX_PAGE_ACCEPT 3
/* Updated NAM Data Mask Bits Defined (whatChangedInNam) */
#define SLOT_CYCLE_INDEX_UPDATED 0x0001
#define SCM_UPDATED 0x0002
#define MOB_TERM_HOME_UPDATED 0x0004
#define MOB_TERM_FOR_SID_UPDATED 0x0008
#define MOB_TERM_FOR_NID_UPDATED 0x0010
#define AKEY_UPDATED 0x0040
#define SYSTEMSELECT_UPDATED 0x0080
#define PSW_AKEY_UINT64
/* IMSI Character String - Input sizes */
#define MAX_IMSI_S1_DIGITS 7
#define MAX_IMSI_S2_DIGITS 3
#define MAX_IMSI_S_DIGITS 10
#define MAX_MNC_DIGITS 2
#define MAX_MCC_DIGITS 3
#define FIELD_TEST_DATA
#define PSW_GPS7560_DATA_SIZE_MAX 760
/*MS-Based*/
#define NMEA_SV 16
#define MAX_SVINVIEW 16
/* A21 Subscription Info record */
#define PSW_A21_MS_SUBS_INFO_ELEMENT_ID 0x0B
#define PSW_A21_MS_SUBS_INFO_ELEMENT_ID_WIDTH 8
#define PSW_A21_MS_SUBS_INFO_ELEMENT_LEN_WIDTH 8
#define PSW_A21_MS_SUBS_INFO_BC_REC_ID 0x00
#define PSW_A21_MS_SUBS_INFO_BC_REC_ID_WIDTH 8
#define PSW_A21_MS_SUBS_INFO_BC_REC_LEN_WIDTH 8
#define PSW_A21_MS_SUBS_INFO_BC_ALL_INCLUDE_WIDTH 1
#define PSW_A21_MS_SUBS_INFO_BC_CURRENT_SUBCLASS_WIDTH 7
#define PSW_A21_MS_SUBS_INFO_BC_BANDCLASS_WIDTH 8
#define PSW_A21_MS_SUBS_INFO_BC_RESERVED1_WIDTH 3
#define PSW_A21_MS_SUBS_INFO_BC_SUBCLASS_LEN_WIDTH 4
#define PSW_A21_MS_SUBS_INFO_BC_SUBCLASS_WIDTH 8
#define PSW_A21_MS_SUBS_INFO_HEADER_LEN ((PSW_A21_MS_SUBS_INFO_ELEMENT_ID_WIDTH \
+ PSW_A21_MS_SUBS_INFO_ELEMENT_LEN_WIDTH \
+ PSW_A21_MS_SUBS_INFO_BC_REC_ID_WIDTH \
+ PSW_A21_MS_SUBS_INFO_BC_REC_LEN_WIDTH \
+ PSW_A21_MS_SUBS_INFO_BC_ALL_INCLUDE_WIDTH \
+ PSW_A21_MS_SUBS_INFO_BC_CURRENT_SUBCLASS_WIDTH) / 8)
#define PSW_A21_MS_SUBS_INFO_BANDCLASS_LEN ((PSW_A21_MS_SUBS_INFO_BC_BANDCLASS_WIDTH \
+ PSW_A21_MS_SUBS_INFO_BC_ALL_INCLUDE_WIDTH \
+ PSW_A21_MS_SUBS_INFO_BC_RESERVED1_WIDTH \
+ PSW_A21_MS_SUBS_INFO_BC_SUBCLASS_LEN_WIDTH \
+ PSW_A21_MS_SUBS_INFO_BC_SUBCLASS_WIDTH * 4) / 8)
#define PSW_MAX_A21_MS_SUBS_INFO_LEN (PSW_A21_MS_SUBS_INFO_HEADER_LEN + PSW_A21_MS_SUBS_INFO_BANDCLASS_LEN * NAM_BANDS_SUPPORTED)
#define MAX_SMS_ACK_PDU_LEN 255
#define PSW_SMS_CBS_CHA_MAX 4
#define CP_MAX_NUM_FOR_SCH 2
#define CP_MAX_NUM_REV_SCH 2
#define CP_MAX_ROUNDS_FWD 7
#define CP_MAX_ROUNDS_REV 7
/****************************************************************************
* Other Global declarations.
***************************************************************************/
extern kal_bool VoicePrivacy;
/*----------------------------------------------------------------------------
Global Typedefs
----------------------------------------------------------------------------*/
typedef enum
{
PE_ENG_ERR_BAD_PREF_BAND =1, /* pref band mismatch with op_mode */
PE_ENG_ERR_BAD_PREF_MODE, /* pref mode mismatch with op_mode */
PE_ENG_ERR_BAD_CUSTOM_OPMODE, /* bad opmode setting in custom.h */
PE_ENG_ERR_INCOMPATIBLE_BAND_MODE, /* incompatible band/mode combo */
PE_ENG_ERR_TUNE_RADIO, /* Can't tune Radio */
PE_ENG_ERR_POWER_AMP, /* Can't control Power Amplifier */
PE_ENG_ERR_OOSA_BAD_VALUE, /* Bad param value for OOSA select */
PE_ENG_ERR_IHO_BAD_VALUE, /* Bad parm for Idle HandOff */
/* Call Processing Request types */
PE_RQ_ENABLE =10, /* (+ NAM Parameter Data) */
PE_RQ_DISABLE, /* (no data) */
PE_RQ_ORIGINATE, /* (+ digits + service option) */
PE_RQ_ANSWER, /* (no data) */
PE_RQ_FLASH, /* (+ digits) */
PE_RQ_TERMINATE, /* (no data) */
PE_RQ_POWERDOWN, /* (no data) */
PE_RQ_BURST_DTMF, /* (+ digits) */
PE_RQ_CONT_DTMF_ON, /* (+ digit) */
PE_RQ_CONT_DTMF_OFF, /* (no data) */
PE_RQ_VP_ON, /* (no data) */
PE_RQ_VP_OFF, /* (no data) */
PE_RQ_DATA_BURST, /* (+ data burst data) */
PE_RQ_DATA_BURST_UNACK, /* (+ data burst data) */
PE_RQ_DATA_BURST_REJ, /* (no data) */
PE_RQ_WIDE_ANALOG, /* (no data) */
PE_RQ_AUTO_ANSWER =27, /* (no data) */
PE_RQ_PAGE_RESPONSE, /* (no data) */
PE_RQ_TERM_SVC_INACT, /* (no data) */
PE_RQ_AFLT_SEARCH, /* (+ aflt info) */
PE_RQ_LBS_1X_ACQ,
PE_RQ_NST_POWERUP,
PE_RQ_NST_EXIT,
PE_RQ_FULL_SYSTIME_GET,
/* Status indication for different WBIOS Reports */
PE_ENG_IND_ANTENNA_REQ_GRANTED =57,
PE_ENG_IND_ANTENNA_REQ_DENIED,
PE_ENG_IND_ANTENNA_RELEASED,
PE_ENG_IND_PILOT_ACQUIRE,
PE_ENG_IND_NO_PILOT,
PE_ENG_IND_SYNC_ACQUIRE_FAIL,
PE_ENG_IND_SYNC_TO_SYS_TIME,
PE_ENG_IND_SYNC_TO_SYS_TIME_FAIL,
PE_ENG_IND_PAGE_MONITOR,
PE_ENG_IND_PAGE_MONITOR_FAIL,
PE_ENG_IND_SEND_ACCESS_MSG_FAIL,
PE_ENG_IND_SEND_TC_MSG,
PE_ENG_IND_SEND_TC_MSG_FAIL,
PE_ENG_IND_TC_CONFIG,
PE_ENG_IND_LONG_CODE_CHANGED,
PE_ENG_IND_RADIO_TUNED,
PE_ENG_IND_RADIO_NOT_TUNED,
PE_ENG_IND_PILOT_LOST,
PE_ENG_IND_PUF_PROBE_SENT,
PE_ENG_IND_PUF_PROBE_SENT_MAX_PWR,
PE_ENG_IND_PUF_PROBE_NOT_SENT,
PE_ENG_IND_WAKEUP,
PE_ENG_IND_PILOT_SET,
PE_ENG_IND_IHO_COMPLETE,
PE_ENG_IND_OOSA_WAKEUP,
PE_ENG_IND_TC_TO_AVC_HO_START,
PE_ENG_IND_BCCH_MONITOR,
PE_ENG_IND_BCCH_MONITOR_FAIL,
PE_ENG_IND_FCCCH_MONITOR,
PE_ENG_IND_FCCCH_MONITOR_FAIL,
PE_ENG_IND_HO_FAIL,
PE_ENG_IND_FORCE_BAND_MODE,
PE_ENG_SYS_RESCAN_TIME,
PE_ENG_IND_DISABLE_E911MODE ,
PE_ENG_IND_RSCH_STARTED,
PE_ENG_IND_SYNC_CSS_FAIL =92,
PE_ENG_IND_SYNC_CSS_PASS,
PE_ENG_IND_FSCH_STARTED,
PE_ENG_IND_FSCH_TERMINATED,
PE_ENG_SYS_REDIRECTION_END_TIME ,
PE_ENG_IND_FORCE_ANALOG_MODE,
PE_ENG_IND_IDLE_HANDOFF_ACQUIRE, /* and from CPB6.0 Hans Christiansen 080404 */
/* Engine event notification request types for use in CALLBACK */
PE_ENG_NULL_EVENT =100, /* event complete indicator */
PE_ENG_IND_TIMEOUT, /* CP timer expiry indicator */
PE_ENG_SYNC_MESSAGE, /* SYNC message received ind. */
PE_ENG_PAGE_MESSAGE, /* PCH message received ind. */
PE_ENG_FTC_MESSAGE, /* FTC message received ind. */
PE_ENG_FCSCH_LOST, /* forword common control Ch lost ind. */
PE_ENG_IDLE_HANDOFF, /* Idle handoff request ind. */
PE_ENG_REGISTRATION_REQ, /* Registration access request */
PE_ENG_ACCESS_FAIL, /* Access attempt failed */
PE_ENG_FTC_N5M_FRAMES, /* Rcvd N5m consecutive good frames */
PE_ENG_ACCESS_PSIST_FAIL, /* PSIST calculation = 0 */
PE_ENG_FTC_LOST, /* FTC fade timer timed out */
PE_ENG_IND_ACK_RECEIVED, /* Ack rcvd for a transmitted msg */
PE_ENG_STRONGEST_PILOT_REPORT, /* Strongest pilot report */
PE_ENG_ACCESS_HO_CANDIDATE, /* Access Entry HO candidate found */
PE_ENG_ACCESS_HO_NO_CANDIDATE, /* no Access Entry HO candidate */
PE_ENG_ACCESS_HO_LIST, /* access ho list pilot report */
PE_ENG_ACCESS_PROBE_HO_FAIL, /* access probe ho fail ind. */
PE_ENG_ACCESS_HO_DENIED, /* access ho attempt not allowed */
PE_ENG_READ_ACCESS_OVERHEAD, /* selected overhead read after ho */
PE_ENG_ACCESS_PROBE_FAIL, /* access probe too big */
PE_ENG_IND_TC_ACK_FAILURE, /* TC transmission ACK failure */
PE_ENG_IND_ACCESS_PILOT_MSMT, /* pilot msmt report in access */
PE_ENG_START_SYS_RESELECT, /* Start Sys Reselect Procedures */
PE_ENG_ACCESS_MODE_SEARCH_FAIL =125, /* access mode determination fail */
PE_ENG_BCCH_MESSAGE, /* FCCCH message received ind. */
PE_ENG_FCCCH_MESSAGE, /* BCCH message received ind. */
PE_ENG_ACCESS_HANDOFF, /* Access handoff request ind. */
PE_ENG_IND_QPCH_PI_STATUS =129, /* PI Status */
PE_ENG_IND_SOFT_HO_COMPLETE,
PE_ENG_IND_HARD_HO_COMPLETE,
PE_ENG_IND_E911_ACCESS_FAIL =133, /* E911 Access Fail */
PE_ENG_IND_AFLT_RESULT_RCVD, /* AFLT Srch Rslt Rcvd from L1d */
PE_ENG_IND_OOSA_REQ,
PE_ENG_IND_MODEM_FAILURE,
PE_ENG_IND_MODEM_READY,
PE_ENG_IND_IRAT_RESET_1XCDMA,
PE_ENG_IND_CSS_OTASP_ACQ_REQ =150,
PE_ENG_IND_CSS_SELECT_RSP,
PE_ENG_IND_CSS_VALIDATE_RSP,
PE_ENG_IND_CSS_SYS_ACQ_REQ,
PE_ENG_IND_FREEZE =154,
PE_ENG_IND_THAW,
PE_ENG_IND_RESYNC,
PE_ENG_IND_RESYNC_DENIED,
#ifdef MTK_DEV_C2K_IRAT
PE_ENG_IND_RSVAS_VIRTUAL_SUSPEND =160,/* inform to stop inter-freq meas if any*/
PE_ENG_IND_RSVAS_RESUME, /* inform to start inter-freq meas if any */
PE_ENG_IND_RSVAS_OCCUPY_IND, /* inform to start access procedure */
PE_ENG_IND_EXIT_PS_REQ, /* inform to exit 1x PS during C2L MPSR procedure */
#endif
PE_ENG_AMPS_START_SCAN =200, /* Start AMPS channel scanner */
PE_ENG_AMPS_SCAN_COMPLETE =201, /* Channel scan complete */
PE_ENG_AMPS_OMT =203, /* OMT received */
PE_ENG_AMPS_FILLER =204, /* Control Filler received */
PE_ENG_AMPS_MSCM =205, /* MSCM received */
PE_ENG_AMPS_SMS_CNF =206, /* MSCM received */
PE_ENG_AMPS_AWI_SMS_CNF =207, /* MSCM received */
PE_ENG_NO_IDLE_HANDOFF =210, /* No Idle handoff request ind */
PE_ENG_IND_EPRL_ESPM_TIMEOUT =213,
PE_ENG_IND_MANUAL_AVOID_SYS =214,
PE_ENG_IND_L1D_DEACTIVE_CNF =215,
PE_ENG_UIM_AUTHR =230, /*UIM AUTH Result*/
PE_ENG_UIM_RANDBS =240,
PE_ENG_UIM_SSD_CONFIRM =241,
#ifdef MTK_CBP_SYNC_OPTIMIZE
PE_ENG_IND_SIB8_TIMING_CNF =250,
PE_ENG_IND_NO_SIB8_TIMING =251
#endif /* MTK_CBP_SYNC_OPTIMIZE */
} PeRunEngineEvent;
extern const RetrievableAndSettableParametersT parameterIDTable[];
/* Protocol Revision definitions */
#define P_REV_1 1 /* 95 (BC0), JSTD008(BC1) */
#define P_REV_2 2 /* 95A (BC0, BC1) */
#define P_REV_3 3 /* TSB74 (BC0, BC1), T53 V1 (BC3) */
#define P_REV_4 4 /* 95B (BC0, BC1), T53 V2 (BC3) */
#define P_REV_5 5 /* 95B (BC0, BC1), T53 V2 (BC3) */
#define P_REV_6 6 /* 2000 REL 0 (no BCCH nor FCCCH support) */
#define P_REV_7 7 /* 2000 REL A (with BCCH and FCCCH support) */
#define P_REV_8 8 /* 2000 REL B */
#define P_REV_9 9 /* 2000 REL C */
#define P_REV_10 10 /* IS-2000-C with encryption */
/* Call Processing State Machine States */
typedef enum
{
CP_DISABLED, /* CP Disabled */
CP_SYS_DETERMINATION, /* System Determination (6.6.1.1) */
CP_PILOT_ACQUISITION, /* Pilot Channel Acquisition (6.6.1.2) */
CP_SYNC_ACQUISITION, /* Sync Channel Acquisition (6.6.1.3) */
CP_TIMING_CHANGE, /* Timing Change (6.6.1.4) */
CP_IDLE, /* Idle (6.6.2) */
CP_UPDATE_OHD_INFO, /* Update Overhead Information (6.6.3.2) */
CP_PAGE_RESPONSE, /* Page Response (6.6.3.3) */
CP_ORD_MSG_RESP, /* Order/Message Response (6.6.3.4) */
CP_ORIGINATION, /* Origination Attempt (6.6.3.5) */
CP_REGISTRATION, /* Registration Attempt (6.6.3.6) */
CP_MSG_TRANSMISSION, /* Message Transmission (6.6.3.7) */
CP_TC_INIT, /* Traffic Channel Initialization (6.6.4.2) */
CP_TC_WAIT_ORDER, /* TC Waiting for Order (6.6.4.3.1) */
CP_TC_WAIT_ANSWER, /* TC Waiting for MS Answer (6.6.4.3.2) */
CP_TC_CONVERSATION, /* TC Conversation (6.6.4.4) */
CP_TC_RELEASE, /* TC Release (6.6.4.5) */
CP_NST, /* Non-Signaling Test Mode */
CP_FROZEN, /*Temp put here*/
CP_TC_FROZEN, /* TC Frozen */
CP_NUM_STATES
} CPState;
typedef enum
{
/* Call Processing Event types reported in wbiosReportCPEvent */
EV_DISCONNECT = 1, /* CP leaves Conversation ST */
EV_PAGE_RECEIVED = 2, /* Page received on Control Ch */
EV_STOPALERT = 3, /* CP leaves Waiting For Answer ST*/
EV_ABBR_ALERT = 4, /* Abbreviated alert */
EV_NOSVC = 5, /* No Service */
EV_CDMA_INSVC = 6, /* In Service (Ready) */
EV_CPENABLED = 7, /* Call Processing Enabled */
EV_CPDISABLED = 8, /* Call Processing Disabled */
EV_PDOWNACK = 9, /* Power-Down Acknowledge */
EV_CONNANALOG = 10, /* CP enters Conv. ST on voice ch */
EV_CONNDIGITAL = 11, /* CP enters Conv. ST on TC ch */
EV_TC_ASSIGNED = 12, /* Traffic Channel assigned */
EV_ORIG_FAIL = 13, /* Orig. failed - Access failed */
EV_NDSS_ORIG_CANCEL = 14, /* Orig. attempt cancelled */
EV_INTERCEPT = 15, /* Orig. failed - Intercept */
EV_REORDER = 16, /* Orig. failed - Reorder */
EV_CC_RELEASE = 17, /* Control Channel - Release */
EV_CC_RELEASE_SO_REJ = 18, /* CC Release - Scv Option reject */
EV_DIALING_COMPLETE = 19, /* Dialing digits all sent */
EV_DIALING_CONTINUE = 20, /* Dialed digits continue on TC */
EV_MAINTENANCE = 21, /* Maintenance order received */
EV_VP_ON = 22, /* Voice privacy is enabled */
EV_VP_OFF = 23, /* Voice privacy is disabled */
EV_PSIST_FAIL = 24, /* PSIST calculation failed */
EV_TC_RELEASE_MS = 25, /* TC released normally by MS */
EV_TC_RELEASE_PDOWN = 26, /* TC released by MS Power Down */
EV_TC_RELEASE_DISABLE = 27, /* TC released by MS Disable */
EV_TC_RELEASE_BS = 28, /* TC released normally by BS */
EV_TC_RELEASE_SO_REJECT = 29, /* TC released by BS Serv Opt Rej */
EV_TC_RELEASE_TIMEOUT = 30, /* TC released - Timeout */
EV_TC_RELEASE_ACK_FAIL = 31, /* TC released - Ack failure */
EV_TC_RELEASE_FADE = 32, /* TC released - Fade */
EV_TC_RELEASE_LOCK = 33, /* TC released - due to bs lock */
EV_PAGE_FAIL = 34, /* Page Response Fail */
EV_RETRY_TIMER_ACTIVE = 35, /* Retry Delay Timer is active */
EV_RETRY_TIMER_INACTIVE = 36, /* Retry Delay Timer is inactive */
EV_AMPS_INSVC = 37, /* In AMPS Service (Ready) */
EV_PACKET_ACTIVE = 38, /* In Active Packet State */
EV_PACKET_RELEASED = 39, /* In Inactive Packet State */
EV_PACKET_DORMANT = 40, /* In Dormant Packet State */
EV_ORIG_REJECTED = 41, /* Origination Rejected */
EV_ORIG_ACCT = 42,
EV_ORIG_USER_CANCEL = 60,
EV_ORIG_ACCESS_FAIL = 61,
EV_ORIG_NO_SVC_FAIL = 62,
EV_ORIG_RETRY_ORDER = 63,
EV_SR_ENABLED = 64,
EV_SR_DISABLED = 65,
EV_ORIG_REQ_RECEIVED = 66,
EV_ORIG_REJECTED_SO_NOT_SUPPORTED = 67, /*VAL has requested an SO not supported by the device*/
EV_ORIG_BLOCKED_BY_IRAT = 68, /* CDMA not selected by RATC as pri CS service */
EV_SMS_CANCEL_BY_PWRDOWN = 69, /* SMS cancel by CP Power Down */
/* BEGIN AMPS ONLY */
EV_FLASHFAIL = 80, /* Flash request failed */
EV_ANALOG_PAGE_RECEIVED = 81, /* Page received on Control Ch */
EV_AMPS_IDLE = 82, /* AMPS service is acquired. */
/* END AMPS ONLY */
EV_ABBR_INTERCEPT = 83,
EV_ABBR_REORDER = 84,
EV_CONN_COMPLETE = 85,
EV_ENTER_OOSA = 86,
EV_FNM_RELEASE = 87, /* Feature Notification Msg RELEASE=1, ORDM ONLY */
EV_DBM_MSID_UPDATED = 88,
EV_BUSY_ORIG_FAIL = 89,
EV_LOCKED_ORIG_FAIL = 90,
EV_ORIG_FAIL_SO_REDIRECT = 91,
EV_TC_RELEASE_MT_CALL = 92,
EV_REG_SUCCESS = 93, /*MS register with network successfully*/
#ifdef MTK_DEV_C2K_IRAT
EV_RSVAS_SUSPEND_COMPLETE = 94,
#endif
#if defined (__MCIF_SUPPORT__) && defined (__CO_ANTENNA__)
EV_1X_SLOTTED = 95,
EV_1X_NOT_SLOTTED = 96,
#endif
EV_ACCESS_MAX_PROBE_FAIL = 97,
} CallProcessingEventT;
typedef enum
{
CP_ACCESS_REASON_PAGE_RSP = 1,
CP_ACCESS_REASON_REGISTRATION,
CP_ACCESS_REASON_ORIGINATION,
CP_ACCESS_REASON_MSG_RESPONSE,
CP_ACCESS_REASON_DATABURST
} AccessReasonT;
typedef enum
{
PSW_PILOT_ACQUIRE,
PSW_NO_PILOT,
PSW_SYNC_ACQUIRE_FAIL,
PSW_SYNC_TO_SYS_TIME,
PSW_SYNC_TO_SYS_TIME_FAIL,
PSW_PAGE_MONITOR,
PSW_PAGE_MONITOR_FAIL,
PSW_BCCH_MONITOR, /* BSR 3/12/04 */
PSW_BCCH_MONITOR_FAIL, /* BSR 3/12/04 */
PSW_FCCCH_MONITOR, /* BSR 3/16/04 */
PSW_FCCCH_MONITOR_FAIL, /* BSR 3/16/04 */
PSW_SEND_ACCESS_MSG_FAIL,
PSW_SEND_TC_MSG,
PSW_SEND_TC_MSG_FAIL,
PSW_TC_CONFIG,
PSW_LONG_CODE_CHANGED,
PSW_RADIO_TUNED,
PSW_RADIO_NOT_TUNED,
PSW_PILOT_LOST,
PSW_PUF_PROBE_SENT,
PSW_PUF_PROBE_SENT_MAX_PWR,
PSW_PUF_PROBE_NOT_SENT,
PSW_IND_WAKEUP,
PSW_IND_PILOT_SET,
PSW_SOFT_HO_COMPLETE,
PSW_OOSA_WAKEUP,
PSW_AMPS_HO_COMPLETE,
PSW_RSCH_STARTED,
PSW_FSCH_STARTED,
PSW_FSCH_TERMINATED,
PSW_RSR_UPDATED,
PSW_HARD_HO_COMPLETE,
PSW_IND_FREEZE,
PSW_IND_THAW,
PSW_IND_RESYNC,
PSW_IND_RESYNC_DENIED,
PSW_ANTENNA_REQ_GRANTED,
PSW_ANTENNA_REQ_DENIED,
PSW_ANTENNA_RELEASED,
PSW_MODEM_FAILURE,
PSW_MODEM_READY,
PSW_CLK_CAL_START,
PSW_CLK_CAL_DONE,
PSW_NUM_CMD_STATUS
} PswCmdStatusT;
typedef enum
{
PSW_FRAME_CATAGORY_RS1_9600_FULL_PRI = 1,
PSW_FRAME_CATAGORY_RS1_9600_DIM_BURST_HALF_PRI_SIG = 2,
PSW_FRAME_CATAGORY_RS1_9600_DIM_BURST_QUARTER_PRI_SIG = 3,
PSW_FRAME_CATAGORY_RS1_9600_DIM_BURST_EIGHTH_PRI_SIG = 4,
PSW_FRAME_CATAGORY_RS1_9600_BLANK_BURST_SIG = 5,
PSW_FRAME_CATAGORY_RS1_4800_FULL_PRI = 6,
PSW_FRAME_CATAGORY_RS1_2400_FULL_PRI = 7,
PSW_FRAME_CATAGORY_RS1_1200_FULL_PRI = 8,
PSW_FRAME_CATAGORY_RS1_9600_FULL_PRI_BIT_ERRORS = 9,
PSW_FRAME_CATAGORY_RS1_INSUFFICIENT_FRAME_QUALITY = 10,
PSW_FRAME_CATAGORY_RS1_9600_DIM_BURST_HALF_PRI_SEC = 11,
PSW_FRAME_CATAGORY_RS1_9600_DIM_BURST_QUARTER_PRI_SEC = 12,
PSW_FRAME_CATAGORY_RS1_9600_DIM_BURST_EIGHTH_PRI_SEC = 13,
PSW_FRAME_CATAGORY_RS1_9600_BLANK_BURST_SEC = 14,
PSW_FRAME_CATAGORY_RS1_9600_DCCH_NULL_FRAME = 15,
PSW_FRAME_CATAGORY_RS2_14400_FULL_PRI = 1,
PSW_FRAME_CATAGORY_RS2_14400_DIM_BURST_HALF_PRI_SIG = 2,
PSW_FRAME_CATAGORY_RS2_14400_DIM_BURST_QUARTER_PRI_SIG = 3,
PSW_FRAME_CATAGORY_RS2_14400_DIM_BURST_EIGHTH_PRI_SIG = 4,
PSW_FRAME_CATAGORY_RS2_14400_BLANK_BURST_SIG = 5,
PSW_FRAME_CATAGORY_RS2_14400_DIM_BURST_HALF_PRI_SEC = 6,
PSW_FRAME_CATAGORY_RS2_14400_DIM_BURST_QUARTER_PRI_SEC = 7,
PSW_FRAME_CATAGORY_RS2_14400_DIM_BURST_EIGHTH_PRI_SEC = 8,
PSW_FRAME_CATAGORY_RS2_14400_BLANK_BURST_SEC = 9,
PSW_FRAME_CATAGORY_RS2_14400_DIM_BURST_EIGHTH_PRI_SEC_SIG = 10,
PSW_FRAME_CATAGORY_RS2_7200_FULL_PRI = 11,
PSW_FRAME_CATAGORY_RS2_7200_DIM_BURST_QUARTER_PRI_SIG = 12,
PSW_FRAME_CATAGORY_RS2_7200_DIM_BURST_EIGHTH_PRI_SIG = 13,
PSW_FRAME_CATAGORY_RS2_7200_BLANK_BURST_SIG = 14,
PSW_FRAME_CATAGORY_RS2_7200_DIM_BURST_QUARTER_PRI_SEC = 15,
PSW_FRAME_CATAGORY_RS2_7200_DIM_BURST_EIGHTH_PRI_SEC = 16,
PSW_FRAME_CATAGORY_RS2_7200_BLANK_BURST_SEC = 17,
PSW_FRAME_CATAGORY_RS2_7200_DIM_BURST_EIGHTH_PRI_SEC_SIG = 18,
PSW_FRAME_CATAGORY_RS2_3600_FULL_PRI = 19,
PSW_FRAME_CATAGORY_RS2_3600_DIM_BURST_EIGHTH_PRI_SIG = 20,
PSW_FRAME_CATAGORY_RS2_3600_BLANK_BURST_SIG = 21,
PSW_FRAME_CATAGORY_RS2_3600_DIM_BURST_EIGHTH_PRI_SEC = 22,
PSW_FRAME_CATAGORY_RS2_3600_BLANK_BURST_SEC = 23,
PSW_FRAME_CATAGORY_RS2_1800_FULL_PRI = 24,
PSW_FRAME_CATAGORY_RS2_1800_BLANK_BURST_SEC = 25,
PSW_FRAME_CATAGORY_RS2_INSUFFICIENT_FRAME_QUALITY = 26,
PSW_FRAME_CATAGORY_RS2_14400_DCCH_NULL_FRAME = 27,
PSW_FRAME_CATAGORY_RS_LAST = PSW_FRAME_CATAGORY_RS2_14400_DCCH_NULL_FRAME
} PswFrameCatagoryT;
/* Define redirection record types - Table 7.7.2.3.2.16-1 */
typedef enum
{
CP_SRD_REDIRECTION_NDSS_OFF,
CP_SRD_REDIRECTION_ANALOG,
CP_SRD_REDIRECTION_CDMA,
CP_SRD_REDIRECTION_TACS,
CP_SRD_REDIRECTION_JTACS
} ServRedirRecord;
typedef enum
{
CP_IDLE_START,
CP_IDLE_WAIT_FOR_FCSCH,
CP_IDLE_MONITOR,
CP_IDLE_HANDOFF,
CP_IDLE_CHANNEL_CHANGE,
CP_IDLE_ACCESS_ENTRY_HO,
CP_IDLE_WAKEUP_FOR_ACCESS,
CP_IDLE_POWERDOWN,
CP_IDLE_SLOTTED_HO_WAKEUP,
CP_IDLE_QPCH_HO_WAKEUP,
CP_IDLE_FROZEN,
CP_IDLE_MAX
} CpIdleSubStateT;
typedef enum
{
PSW_BAD_FRAME = 0,
PSW_GOOD_FRAME
} PswFrameQuality;
typedef struct
{
kal_bool Stale;
kal_uint16 PnPhase;
kal_uint16 Strength;
} PswPilotMeasurementT;
typedef struct
{
kal_uint16 PilotPN;
kal_bool Stale;
kal_uint16 PnPhase;
kal_uint16 Strength;
} PswRemainPilotMeasurementT;
/*------------------------------------------------------------------------
Define funtion prototypes
-------------------------------------------------------------------------*/
extern PswIs95NamT* PswNamGet (void);
extern void PswDbmInit( void );
typedef enum
{
PSW_AYNC_DATA = 1, /* bit 0 */
PSW_FAX = 2, /* bit 1 */
PSW_UPB_ASYNC = 64 /* bit 6 */
} PswDsEnableBitMapT;
typedef struct
{
kal_bool CssSyncValOk;
} PswCssValSyncRspMsgT;
/***********************/
/* Message Definitions */
/***********************/
typedef struct
{
kal_uint8 numAlt;
kal_uint16 phase[SYS_CP_MAX_CANDIDATE_LIST_PILOTS];
kal_uint16 strength[SYS_CP_MAX_CANDIDATE_LIST_PILOTS];
} AlternatePilotsInfoT;
typedef struct
{
kal_bool pilotFound; /* Pilot found */
kal_uint16 pilotStrength; /* Pilot Ec/Io (linear Q6) */
kal_int16 rxPower; /* RSSI (dBm) */
#if defined(MTK_CBP_SYNC_OPTIMIZE)
kal_bool retried; /*For mini pilot acq, this channel retries normal ICS or not*/
#endif
AlternatePilotsInfoT altPilots;
} PswInitialAcqReportMsgT;
typedef enum
{
PI_OFF = 0,
PI_ON = 1,
PI_UNDEF = 2,
PI_ERASURE = 3
} QpchPiStat;
typedef enum
{
PSW_PCH = 0,
PSW_QPCH1 = 1,
PSW_QPCH2 = 2,
PSW_CCI = 3,
PSW_FCCCH = 4,
PSW_BC = 5
} WakeModeT;
typedef struct
{
WakeModeT WakeMode; /* Status of a command previously sent by PS */
kal_int16 QpchInd; /* OFF = 0, ON = 1, Erasure = -1 */
kal_int16 QpchMetric; /* X1 if first indicator, X2 if second indicator, Q0 */
kal_int16 PilotEnergy; /* Usable path combined Pilot Energy, Q0 */
kal_uint16 EcIo; /* Mini-Acq Pilot Ec/Io */
kal_uint16 NumPath; /* Number of usable path */
kal_uint16 QpchPilotPn; /* Pilot PN Offset */
kal_uint32 SysTime; /* Current CDMA time 20ms */
} PswWakeStatusT;
typedef struct
{
PswCmdStatusT CmdStatus; /* Status of a command previously sent by PS */
PswWakeStatusT WakeStatus; /* Status of a command previously sent by PS */
} PswCmdStatusMsgT;
typedef struct
{
kal_uint16 PnPhase;
kal_uint16 Strength;
} PswCandFreqMeasT;
typedef struct
{
kal_int16 cfTotalRxPwr; /* Total Rx Power on CF */
kal_uint8 NumPilots; /* Number of pilot measurements */
PswCandFreqMeasT CfPilotList[SYS_CP_MAX_NEIGHBOR_LIST_PILOTS];
} PswCandFreqMeasurementsMsgT;
typedef struct
{
kal_uint8 TotalOffTimeFwd; /* Total time spent off of forward channel */
kal_uint8 MaxOffTimeFwd; /* Max time spent off of forward channel */
kal_uint8 TotalOffTimeRev; /* Total time spent off of reverse channel */
kal_uint8 MaxOffTimeRev; /* Max time spent off of reverse channel */
} PswCandFreqTimesMsgT;
typedef struct
{
kal_uint16 PilotPN; /* Pilot PN to handoff to */
} PswIdleHandoffMsgT;
typedef struct
{
SysSystemTimeT SysTime; /* System time the frame was received at */
kal_uint16 EbNt;
kal_uint16 DataSize; /* Data size in bits*/
#ifdef MTK_PLT_ON_PC_UT
kal_uint8 Data[PCH_FRAME_LEN]; /* Starting address of frame data */
#endif
kal_uint32 *DataAddress; /* Starting address of frame data */
} PswForwardPageChanFrameMsgT;
typedef struct
{
SysSystemTimeT SysTime; /* System time the frame was received at */
kal_uint8 MuxPduType;
kal_uint8 Category;
PswFrameQuality Quality;
kal_uint16 SigBits;
kal_uint8 Data[MAX_FCH_FRAME_BYTE_LEN]; /* Starting address of frame data */
}PswDschFrameMsgT;
typedef struct
{
kal_uint8 SchId;
kal_uint16 SchBadFrames;
kal_uint16 SchTotFrames;
} PswPrmSchT;
typedef struct
{
kal_bool FchMeasIncl; /* FCH measurement included */
kal_uint8 FchBadFrames; /* BAD_FRAMESs in IS2000A.5 2.6.4.1.1*/
kal_uint16 FchTotFrames; /* TOT_FRAMESs in IS2000A.5 2.6.4.1.1*/
kal_bool DcchMeasIncl; /* DCCH measurement included */
kal_uint8 DcchBadFrames; /* BAD_FRAMESs in IS2000A.5 2.6.4.1.1*/
kal_uint16 DcchTotFrames; /* TOT_FRAMESs in IS2000A.5 2.6.4.1.1*/
kal_uint8 NumForSch; /* Number of FSCH to report */
PswPrmSchT SchPmr[ SYS_MAX_FSCH ];
}PswPmrMsgT;
/*AKK 01-26-01 Added the following for phase2 Outer Loop Report Message */
typedef struct
{
kal_uint8 SchId;
kal_uint8 FpcSchCurrSetPt;
}PswFpcSchReportT;
typedef struct
{
kal_bool FchIncl;
kal_uint8 FpcFchCurrSetPt;
kal_bool DcchIncl;
kal_uint8 FpcDcchCurrSetPt;
kal_uint8 NumSup;
PswFpcSchReportT FpcSch[2];
}PswOuterLoopReportReqMsgT;
/*END--AKK 01-26-01 Added the following for phase2 Outer Loop Report Message */
typedef struct
{
SysSystemTimeT SysTime; /* System time the frame was received at */
kal_uint16 DataSize; /* Data size in bits */
kal_uint8 Data[1]; /* Starting address of frame data */
}PswFCCCHFrameMsgT;
typedef struct
{
SysSystemTimeT SysTime; /* System time the frame was received at */
kal_uint16 DataSize; /* Data size in bits */
kal_uint8 Data[1]; /* Starting address of frame data */
}PswBCCHFrameMsgT;
typedef struct
{
SysSystemTimeT FrameNum; /* Frame number this signaling data */
/* was received. Note: There is no system */
/* time while on the sync channel so a */
/* counter is used for the frame time */
#ifdef MTK_PLT_ON_PC_UT
kal_uint8 Data[PSW_SYNC_DATA_SIZE*9]; /* This is a fixed 24 bit size */
#endif
kal_uint16 EbNt;
kal_uint16 DataLength;
kal_uint8 *DataAddress;
}PswForwardSyncChanFrameMsgT;
typedef struct
{
SysSystemTimeT SysTime; /* System time the frame was received at */
kal_uint16 DataSize; /* Data size in bits */
kal_uint8 Data[1]; /* Starting address of frame data */
}PswForwardBCCHFrameMsgT;
typedef struct
{
SysSystemTimeT SysTime; /* System time the frame was received at */
kal_uint16 DataSize; /* Data size in bits */
kal_uint8 Data[1]; /* Starting address of frame data */
}PswForwardFCCCHFrameMsgT;
typedef struct
{
SysSystemTimeT SysTime; /* System time the frame was received at */
SysMultiplexOptionT MultiplexOpt; /* multiplex option being used */
/* (i.e. rate set) */
kal_uint16 Strength; /* Power of the pilot in Q16 linear units */
PswFrameCatagoryT Catagory; /* Frame category - size of data derived from this */
kal_uint8 Data[1]; /* Starting address of frame data */
}PswForwardTrafficChanFrameMsgT;
typedef struct
{
kal_bool enable; /* KAL_TRUE power up, KAL_FALSE power down */
} PswFlyModeMsgT;
typedef struct
{
kal_bool PowerUp; /* KAL_TRUE power up, KAL_FALSE power down */
} PswPowerMsgT;
typedef struct
{
kal_bool EnablePrl; /* KAL_FALSE if PRL is not to be used in system selection */
} PswEnablePrlMsgT;
typedef struct
{
kal_uint8 NumActive; /* Number of active set pilot measurements */
kal_uint8 NumCandidate; /* Number of candidate set pilot measurements */
kal_uint8 NumNeighbor; /* Number of neighbor set pilot measurements */
kal_uint8 NumRemaining; /* Number of neighbor set pilot measurements */
PswPilotMeasurementT Active [SYS_CP_MAX_ACTIVE_LIST_PILOTS];
PswPilotMeasurementT Candidate [SYS_CP_MAX_CANDIDATE_LIST_PILOTS];
PswPilotMeasurementT Neighbor [SYS_CP_MAX_NEIGHBOR_LIST_PILOTS];
PswPilotMeasurementT Remaining [SYS_CP_MAX_REMAINING_LIST_PILOTS];
} DebugPilotInfo;
typedef struct
{
kal_int16 PilotSeq;
kal_uint16 ReferencePN;
kal_uint8 NumActive; /* Number of active set pilot measurements */
kal_uint8 NumCandidate; /* Number of candidate set pilot measurements */
kal_uint8 NumNeighbor; /* Number of neighbor set pilot measurements */
PswPilotMeasurementT Active [SYS_CP_MAX_ACTIVE_LIST_PILOTS];
PswPilotMeasurementT Candidate [SYS_CP_MAX_CANDIDATE_LIST_PILOTS];
PswPilotMeasurementT Neighbor [SYS_CP_MAX_NEIGHBOR_LIST_PILOTS];
} PswScanMeasurementsMsgT;
typedef enum
{
IGNORE_N5M_FRAMES_IN_TC_INIT = 0,
IGNORE_BS_ACK_IN_TC_INIT = 1,
IGNORE_HHO_SUCCESS = 2,
MAX_NUM_PSW_TEST_MODE_TIMER_TYPE
} PswTestModeTimerTypeT;
typedef enum
{
TM_CRC = 0, /* Enable/Disable CRC Checking */
TM_REMAIN_IN_SYNC_STATE = 1, /* Force MS to stay on Sync Channel */
TM_ENABLE_IDLE_HANDOFF = 2, /* Enable Idle Handoff */
TM_ENABLE_MSG_INJECTION = 3, /* Message Injection Test Mode */
TM_ENABLE_SLOTTED_MODE = 4, /* Enable Slotted Mode */
TM_ENABLE_REGISTRATION = 5, /* enable/disable registration */
TM_ENABLE_PAGE_RESPONSE = 6, /* enable/disable page response */
TM_ENABLE_QPCH_MODE = 17,
TM_DISABLE_ACCESS_AUTH_PARMS = 18, /* Don't include auth parameters in access msgs */
TM_DISPLAY_LOC_DATA = 19, /* dump Location Services Data */
TM_ENABLE_REMAINING_SET_SEARCH= 20, /* Controls the remaining set search */
TM_IGNORE_OTA_AKEY_PREV = 21, /* Ignore A_KEY_PREV in MS Key Req Msg */
TM_QPCH_SET_PI1 = 22, /* Set Paging Indicator 1 override */
TM_QPCH_SET_PI2 = 23, /* Set Paging Indicator 2 override */
TM_CONTINUOUS_BCCH = 24, /* Continuously receive the BCCH channel */
TM_START_BCCH = 25, /* Used to start or stop the BCCH channel */
TM_SLOTTED_DELAY = 26, /* Used to delay before going to sleep in slotted paging */
TM_REMAIN_IN_PILOT_STATE = 30, /* Force MS to stay on Pilot Acquisition state */
TM_REMAIN_IN_IDLE_SLOTTED_OFF_STATE = 31, /* Force MS to stay on Idle state, slotted off */
TM_REMAIN_IN_IDLE_SLOTTED_ON_STATE = 32, /* Force MS to stay on Idle state, slotted on */
TM_REMAIN_IN_TRAFFIC_STATE = 33, /* Disable fade timer */
TM_SECURE_DATA_SPY_DUMP = 34, /* Trigger Dump of Secure Data Spy */
TM_ENABLE_IHO_INTER_TEST = 35, /* For inter IHO script test*/
TM_ENABLE_HO_CF_TEST = 36, /* For traffic inter freq handoff test*/
TM_ENABLE_TIMER_OUT_TEST = 37, /* For timer out test*/
MAX_NUM_PSW_TEST_MODE
}PswTestModeT, TestModeMsgT;
#define TM_QPCH_FLAG_WRITE_NV 0xfffe
#if defined (__TC10__) && defined (__TC10_IPC_CDMA_SUPPORT__)
typedef PACKED_PREFIX struct
{
PswTestModeT Mode;
} PACKED_POSTFIX PswEngineTestModeGetReqMsgT;
typedef PACKED_PREFIX struct
{
kal_bool defineRcForAllSo;
kal_uint8 forRc;
kal_uint8 revRc;
} PACKED_POSTFIX PswSetServiceConfigReqMsgT;
#endif
typedef struct
{
kal_uint8 NumAlt;
kal_uint16 Phase[SYS_CP_MAX_CANDIDATE_LIST_PILOTS];
kal_uint16 Strength[SYS_CP_MAX_CANDIDATE_LIST_PILOTS];
}PswL1dAlternatePilotsMsgT;
/* PSW_LOCATION_SVC_CFG_MSG */
typedef struct {
kal_bool Mode; /* location privacy enabled */
} PswLocationSvcCfgMsgT;
typedef struct {
kal_uint8 event;
kal_uint8 *MsgDataP;
} PswLocStateChangedMsgT;
typedef enum
{
PSW_REQUEST_MODE_CDMA_ONLY = 1,
PSW_REQUEST_MODE_WIDE,
PSW_REQUEST_MODE_CDMA_WIDE,
PSW_REQUEST_MODE_NARROW_ONLY,
PSW_REQUEST_MODE_CDMA_NARROW_ONLY,
PSW_REQUEST_MODE_NARROW_WIDE,
PSW_REQUEST_MODE_NARROW_WIDE_CDMA
} PswRequestModeT;
typedef enum
{
PSW_NT_UNKNOWN = 0,
PSW_NT_INTERNATIONAL,
PSW_NT_NATIONAL,
PSW_NT_NETWORK_SPECIFIC,
PSW_NT_SUBSCRIBER,
PSW_NT_RESERVED,
PSW_NT_ABBREVIATED = 6
} PswNumberTypeT;
typedef enum
{
PSW_NP_UNKNOWN = 0,
PSW_NP_ISDN_TELEPHONY,
PSW_NP_RESERVED2,
PSW_NP_DATA,
PSW_NP_TELEX,
PSW_NP_RESERVED5,
PSW_NP_RESERVED6,
PSW_NP_RESERVED7,
PSW_NP_RESERVED8,
PSW_NP_PRIVATE = 9
} PswNumberPlanT;
typedef enum /* This section needs to be defined in an order as it appears in SCCGEN.H */
{
PSW_UNKNOWN_SERVICE_TYPE=0,
PSW_VOICE_SERVICE_TYPE,
PSW_ANALOG_VOICE_SERVICE_TYPE,
PSW_ASYNC_FAX_DATA_SERVICE_TYPE,
PSW_ASYNC_DATA_SERVICE_TYPE,
PSW_FAX_DATA_SERVICE_TYPE,
PSW_UP_ASYNC_DATA_SERVICE_TYPE,
PSW_PACKET_DATA_SERVICE_TYPE,
PSW_QNC_PACKET_DATA_SERVICE_TYPE,
PSW_UP_PACKET_DATA_SERVICE_TYPE,
PSW_LPBK_SERVICE_TYPE,
PSW_SMS_SERVICE_TYPE,
PSW_OTASP_SERVICE_TYPE,
PSW_TCP_BROWSER_DATA_SERVICE_TYPE,
PSW_LOC_SERVICE_TYPE
} PswServiceT;
typedef enum
{
PSW_PI_ALLOWED,
PSW_PI_RESTRICTED,
PSW_PI_NUMBER_NA,
PSW_PI_RSVD
} PswPresentationIndicatorT;
typedef enum
{
PSW_SI_USER_PROVIDED_NOT_SCREENED,
PSW_SI_USER_PROVIDED_VERIFIED_PASSED,
PSW_SI_USER_PROVIDED_VERIFIED_FAILED,
PSW_SI_NETWORK_PROVIDED
} PswScreeningIndicatorT;
typedef struct
{
PswNumberTypeT Type;
PswNumberPlanT Plan;
PswPresentationIndicatorT Pi;
PswScreeningIndicatorT Si;
kal_int8 Number[CP_MAX_CALLING_PARTY_NUMBER_SIZE + 1]; /* Inc NULL terminator */
} PswCallingPartyNumberT;
/* move these two for CBP3_MERGE */
typedef enum
{
PSW_SUBADDRESS_TYPE_NSAP,
PSW_SUBADDRESS_TYPE_USER_SPECIFIED = 2
} PswSubaddressTypeT;
/* registration type enum */
typedef enum
{
TIMER_BASED_REGISTRATION = 0,
POWER_UP_REGISTRATION = 1,
ZONED_BASED_REGISTRATION = 2,
POWER_DOWN_REGISTRATION = 3 ,
PARAMETER_CHANGE_REGISTRATION = 4,
ORDERD_REGISTRATION = 5,
DISTANCE_BASED_REGISTRATION = 6
} reg_type_enum;
typedef struct
{
kal_bool Extension;
PswSubaddressTypeT Type;
kal_bool Indicator;
kal_int8 Address[CP_MAX_SUBADDRESS_SIZE + 1];/*Inc NULL terminator*/
} PswSubaddressT;
typedef struct
{
kal_bool num_incl;
kal_bool digitMode;
PswNumberTypeT type;
PswNumberPlanT plan;
kal_uint8 NumChar;
kal_uint8 ms_orig_pos_loc_ind;
kal_uint8 number[CP_MAX_CALLING_PARTY_NUMBER_SIZE + 1];
}PswGlobalEmergencyCall;
typedef struct
{
kal_bool num_info_incl;
PswNumberTypeT type;
PswNumberPlanT plan;
kal_uint8 numFields;
kal_uint8 number[CP_MAX_KEYPAD_FACILITY_SIZE+1];
}PswExtKeypadFacility;
typedef struct
{
kal_bool Mode;
} PswSetPrivacyModeMsgT;
typedef enum
{
CALL_MODE_UNKNOWN,
NORMAL_VOICE,
EMERGENCY_E911,
WPS,
WPS_E911,
OTASP,
CALL_MODE_END
} PswCallModeT;
typedef struct
{
PswRequestModeT RequestMode; /* requested call type */
PswCallModeT CallMode; /* call type (e.g. emergency, OTASP, WPS ...) */
PswServiceOptionT ServiceOption; /* requested service option */
kal_bool Encoded;
kal_bool DigitMode; /* digit encoding indicator */
PswNumberTypeT NumberType; /* type of number */
PswNumberPlanT NumberPlan; /* numbering plan */
kal_uint8 NumDigits; /* number of digits to be dialled */
kal_uint8 OtaspMode; /* target band or system for OTASP Orig */
kal_uint8 Digits[CP_MAX_CALLING_PARTY_NUMBER_SIZE +1];/* ascii digits, null terminated string */
PswCallingPartyNumberT CPNInfo; /* Calling Party Number Info */
PswServiceT ServiceType; /* service types. */
kal_bool MultipleCallingPartyNum; /* MS has > 1 calling party num */
kal_bool SendCallingPartySubaddr; /* subaddress included? */
PswSubaddressT CallingPartySubaddr;
kal_bool SendCalledPartySubaddr; /* subaddress included? */
PswSubaddressT CalledPartySubaddr;
kal_uint16 pktDataIncTimer; /* in seconds*/
NspeAppT pktDataAppType;
} PswCallInitiateMsgT;
typedef struct
{
kal_uint32 TimerId; /* Expired timer Id */
} PswTimerExpiredMsgT;
/* MSG_ID_PSW_VAL_SET_DDTM_MSG */
typedef struct
{
kal_bool enabled; /* TRUE: DDTM enabled, FALSE: DDTM disabled */
} PswValSetDDTMMsgT;
typedef struct
{
kal_uint32 Mux1Stats[PSW_NUM_MUX1_COUNTER_INDEX];
kal_uint32 Mux2Stats[PSW_NUM_MUX2_COUNTER_INDEX];
}PswRevStatParmsMsgT;
typedef struct
{
kal_bool Encoded;
kal_uint8 Digit;
} PswSendContDTMFMsgT;
typedef struct
{
kal_bool Encoded;
kal_uint8 NumDigits;
kal_uint8 DtmfOnLength;
kal_uint8 DtmfOffLength;
kal_uint8 Digits[ CP_MAX_BURST_DTMF_DIGITS + 1 ]; /* Incl NULL terminator */
} PswSendBurstDTMFMsgT;
typedef struct
{
PswNumberTypeT Type;
PswNumberPlanT Plan;
kal_int8 Number[CP_MAX_CALLED_PARTY_NUMBER_SIZE + 1];/*Inc NULL terminator*/
} PswCalledPartyNumberT;
typedef struct
{
kal_bool SendFeatureIndicator;
kal_uint8 Feature;
kal_bool SendKeypadFacility;
kal_int8 KeypadFacility[CP_MAX_DISPLAY_SIZE + 1]; /* Incl NULL terminator */
kal_bool SendCalledPartyNumber;
PswCalledPartyNumberT CalledPartyNumber;
kal_bool SendCallingPartyNumber;
PswCallingPartyNumberT CallingPartyNumber;
kal_bool SendConnectedNumber;
PswCallingPartyNumberT ConnectedNumber; /* Same format as CallingPartyNumber */
kal_bool Send;
kal_bool SendCalledPartySubaddress;
PswSubaddressT CalledPartySubaddress;
kal_bool SendCallingPartySubaddress;
PswSubaddressT CallingPartySubaddress;
kal_bool SendConnectedSubaddress;
PswSubaddressT ConnectedSubaddress;
kal_bool sendGlobalEmergencyCall;
PswGlobalEmergencyCall EmergencyNum;
kal_bool sendExtKeypadFacility;
PswExtKeypadFacility ExtKeypadFac;
#ifdef MTK_CBP
kal_bool isEccWith3WC; /* to indicate that this is a ECC throurh 3WC or not */
#endif
} PswHookflashMsgT;
typedef struct
{
kal_uint8 NumFrames; /* Number of frames spent off the serving frequency */
} PswEndCFMeasureMsgT;
typedef struct
{
kal_uint16 EnableBits;
} PswDsEnableMsgT;
typedef enum
{
PSW_MDR_DISABLED = 0,
PSW_MDR_IF_AVAIL,
PSW_MDR_ONLY
} PswPktSvcPrefT;
typedef struct
{
kal_uint8 pageAcceptMap;
kal_uint16 ayncDataSOPref;
kal_uint16 faxSOPref;
kal_bool dormantBySCC;
kal_uint16 ldrSOPrefer;
kal_uint16 mdrSOPrefer;
PswPktSvcPrefT pktSvcPref;
kal_uint8 forRc;
kal_uint8 revRc;
} PswDataPrefReqMsgT;
typedef enum
{
PSW_PREFER_MUX1 = 1,
PSW_PREFER_MUX2
} PswMuxPrefMapT;
typedef struct
{
kal_uint16 voiceSO;
PswMuxPrefMapT MuxOptPref;
kal_bool ToNegotiate;
kal_uint8 forRc;
kal_uint8 revRc;
} PswVsPrefReqMsgT;
typedef struct
{
kal_uint8 pageAccptMap;
kal_uint16 lpbkSO;
kal_uint16 markovSO;
kal_uint16 supplSO;
kal_bool ToNegotiate;
kal_uint8 forRc;
kal_uint8 revRc;
} PswLsPrefReqMsgT;
typedef struct
{
kal_uint16 ServiceOption;
kal_bool ToNegotiate;
kal_uint8 forRc;
kal_uint8 revRc;
} PswSetServiceConfigMsgT;
/* SNR SR */
typedef struct
{
kal_bool enable;
kal_uint8 numAttempts; /* See MAX_SILENT_RETRIES */
kal_uint8 timeBetweenAttempts; /* See SILENT_RETRY_TIMEOUT */
kal_uint8 timeBeforeAbort; /* See SILENT_RETRY_RESET_TIMEOUT */
} PswSetSilentRetryMsgT;
typedef struct
{
kal_uint32 CustomFeature;
/*each bit is defined for every cumtomfeafure */
} PswCustomFeatureMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswGetSilentRetryStatusMsgT;
/* Get Active NAM response message */
typedef struct
{
kal_bool enable;
} PswGetSilentRetryStatusResponseMsgT;
typedef struct
{
kal_bool E911Mode; /* KAL_TRUE=EN, KAL_FALSE=DIS */
} PswE911ModeMsgT;
typedef struct
{
kal_uint8 PRev;
} PswSetPRevMsgT;
typedef struct
{
NamNumber namNumber;
} PswGetPrlMsgT;
typedef enum
{
PSW_PAM_DISABLE,
PSW_PAM_FAX_NEXT_CALL,
PSW_PAM_FAX_TILL_PWDN,
PSW_PAM_DATA_NEXT_CALL,
PSW_PAM_DATA_TILL_PWDN
} DsPreArangT;
typedef struct
{
DsPreArangT paType;
} PswVsDsPreArangMsgT;
typedef struct
{
kal_uint8 HATtmrValue;
kal_uint8 HTtmrValue;
} PswSetPkzidHysterTmrMsgT;
typedef struct
{
kal_uint8 reason;
} PswPsCallRelMsgT;
typedef struct
{
kal_uint8 ConRef;
kal_uint16 SrvOpt;
kal_uint8 Length;
kal_uint8 CtrlRec[MAX_MSG_LEN];
} PswServiceOptionControlRespMsgT;
typedef struct
{
kal_uint16 RemainDuration; /* Remaining RSCH duration as assigned by BS */
} PswRschRelIndMsgT;
/* RLP Message Definitions */
typedef struct
{
kal_uint8 SrId;
kal_uint16 DataSize;
} PswDataBufferStatusMsgT;
typedef struct
{
kal_uint8 SoPref;
kal_uint8 forRc;
kal_uint8 revRc;
} PswSmsPrefReqMsgT;
typedef struct
{
kal_uint8 DataByte[PSW_MAX_SMS_SIZE]; /* contents of SMS. */
kal_uint16 len; /* the length of data in DataByte[ ] */
kal_bool confirm; /* confirm-required indocator */
kal_uint8 Digits[CP_MAX_CALLING_PARTY_NUMBER_SIZE +1]; /* ascii
digits, null terminated string*/
kal_bool IsE911; /* IsE911 */
} PswSmsTxReqMsgT;
typedef struct
{
kal_uint8 len; /* contents of SMS. */
kal_uint8 addr[PSW_MAX_SMS_SIZE/4]; /* addr*/
} PswSmsBroadcastExpectedMsgT;
typedef struct
{
kal_uint8 len; /* contents of SMS. */
kal_uint8 data[PSW_MAX_SMS_SIZE/2]; /* data*/
} PswSmsMtDataBurstMsgT;
typedef struct
{
kal_bool Success;
} PswOtaspRcvdMsgT;
typedef struct
{
kal_uint16 Length;
kal_uint8* Data;
} PswOtaspTxReqMsgT;
typedef struct
{
kal_uint16 SoPref;
kal_uint8 forRc;
kal_uint8 revRc;
} PswOtaspSoPrefMsgT;
typedef struct
{
kal_uint8 mode;
} PswOtaSetPowerUpModeMsgT;
typedef struct
{
kal_uint16 NewSo;
} PswVsSwitchSoMsgT;
typedef struct
{
NamNumber namNumber;
} PswGetNamMsgT;
typedef struct
{
NamNumber namNumber;
kal_bool ScmIncl;
kal_uint8 Scm[NAM_BANDS_SUPPORTED];
kal_bool SlotCycleIncl;
kal_uint8 SlotCycleIndex;
kal_bool LckRsnIncl;
kal_uint8 LckRsn;
kal_bool MaintRsnIncl;
kal_uint8 MaintRsn;
kal_bool prefServiceIncl;
kal_uint8 prefBand;
kal_uint8 prefMode;
kal_uint8 prefBlockBand1;
kal_uint8 prefServBand0;
kal_bool ImsiMIncl;
kal_bool ImsiMValid;
IMSIType IMSI_M;
kal_bool SidNidIdexIncl;
kal_uint8 SidNidIdex;
kal_bool SidIncl;
kal_uint16 Sid;
kal_bool NidIncl;
kal_uint16 Nid;
kal_bool AccolcIncl;
kal_uint8 Accolc;
kal_bool TermInfoIncl;
kal_uint8 MobTermHome;
kal_uint8 MobTermSid;
kal_uint8 MobTermNid;
kal_bool SpcIncl;
kal_uint32 Spc;
kal_bool MdnIncl;
kal_uint8 MdnNumDigits;
kal_uint8 Mdn[16];
kal_bool AllowOtapaIncl;
kal_bool AllowOtapa;
kal_bool AnalogParmIncl;
kal_uint16 HomeSid;
kal_uint16 Sids;
kal_uint16 LocaIds;
kal_bool Puregs;
kal_bool systemSelectIncl;
kal_uint8 SystemSelect;
kal_bool ImsiTIncl;
kal_bool ImsiTValid;
IMSIType IMSI_T;
kal_bool CpcaCscaIncl;
kal_uint16 CPCA, CSCA; /* CDMA Primary (and Secondary) Channel A */
kal_bool CpcbCscbIncl;
kal_uint16 CPCB, CSCB; /* CDMA Primary (and Secondary) Channel B */
} PswNamChangedMsgT;
typedef struct
{
kal_uint8 msResult[64];
kal_uint8 NumBytes;
} PswModExpMSResultMsgT;
typedef struct
{
kal_uint8 otaK[8];
} PswModExpBSResultMsgT;
typedef struct
{
kal_bool SSPRListFillOK;
} PswFillSSPRRspMsgT;
typedef struct
{
kal_uint8 *IS683Msg;
kal_uint16 Length;
} PswIOTAIS683MsgT;
typedef struct
{
kal_uint8 *IOTAPrl;
kal_uint16 Length;
} PswIOTAPRLMsgT;
/* from MMI - SMS related */
#ifdef SYS_OPTION_SMS_ENGINE
typedef struct
{
PswServiceOptionT SrvOpt;
} PswSmsPrefSrvOptMsgT;
typedef struct
{
kal_bool DigitMode;
kal_bool NumberMode;
kal_uint8 NumberType;
kal_uint8 NumberPlan;
kal_uint8 NumFields;
kal_uint8 Char[ SMS_MAX_ADDRESS_CHARS ];
} PswSmsMCAddrT;
typedef struct
{
kal_uint8 Type;
kal_bool Odd;
kal_uint8 NumFields;
kal_uint8 Char[ SMS_MAX_SUBADDRESS_CHARS ];
} PswSmsMCSubaddrT;
typedef struct
{
kal_uint16 Category;
kal_uint8 Language;
kal_uint8 CategoryResult;
} PswCategoryT;
typedef struct
{
kal_uint8 NumCategories;
PswCategoryT Cat[ SMS_MAX_NUM_SERVICE_CATEGORIES ];
} PswSrvCatProgResultT;
typedef struct
{
kal_uint8 DispMode;
kal_uint8 reserved;
} PswDispModeT;
typedef struct
{
kal_uint16 TeleSrvId; /* Teleservice ID */
PswSmsMCAddrT DefaultDestAddr; /* Message center address of all */
/* submitted messages */
kal_bool DefaultSubaddrPres; /* Indicator if subaddress present */
PswSmsMCSubaddrT DefaultSubaddr; /* Message center subaddress */
} PswSmsConnectMsgT;
typedef struct
{
kal_uint16 TeleSrvId; /* Teleservice ID */
} PswSmsDisconnectMsgT;
/*
** PSW_GET_STAT_CNT_MSG,
*/
typedef struct
{
StatCounterT StatCounter; /* Statistics counter */
kal_uint8 NumElement; /* Number of elements in StatCounter */
kal_uint32 *MuxStat;
#ifdef MTK_PLT_ON_PC_UT
kal_uint32 StatCnt[255];
#endif
} PswStatCntMsgT;
#define PSW_SMS_MAX_USER_DATA_CHARS 256
typedef struct
{
kal_uint8 Year;
kal_uint8 Month;
kal_uint8 Day;
kal_uint8 Hours;
kal_uint8 Minutes;
kal_uint8 Seconds;
} PswSmsAbsTimeT;
typedef enum
{
PSW_CAT_UNKNOWN,
PSW_CAT_EMERGENCIES,
PSW_CAT_ADMINISTRATIVE,
PSW_CAT_MAINTENANCE,
PSW_CAT_GEN_NEWS_LOCAL,
PSW_CAT_GEN_NEWS_REGIONAL,
PSW_CAT_GEN_NEWS_NATIONAL,
PSW_CAT_GEN_NEWS_INTERNATIONAL,
PSW_CAT_FINANCE_NEWS_LOCAL,
PSW_CAT_FINANCE_NEWS_REGIONAL,
PSW_CAT_FINANCE_NEWS_NATIONAL,
PSW_CAT_FINANCE_NEWS_INTERNATIONAL,
PSW_CAT_SPORTS_NEWS_LOCAL,
PSW_CAT_SPORTS_NEWS_REGIONAL,
PSW_CAT_SPORTS_NEWS_NATIONAL,
PSW_CAT_SPORTS_NEWS_INTERNATIONAL,
PSW_CAT_ENTERTAINMENT_NEWS_LOCAL,
PSW_CAT_ENTERTAINMENT_NEWS_REGIONAL,
PSW_CAT_ENTERTAINMENT_NEWS_NATIONAL,
PSW_CAT_ENTERTAINMENT_NEWS_INTERNATIONAL,
PSW_CAT_LOCAL_WEATHER,
PSW_CAT_TRAFFIC,
PSW_CAT_FLIGHT_SCHEDULE,
PSW_CAT_RESTAURANTS,
PSW_CAT_LODGINGS,
PSW_CAT_RETAIL_DIRECTORY,
PSW_CAT_ADVERTISEMENT,
PSW_CAT_STOCK_QUOTES,
PSW_CAT_EMPLOYMENT_OPPORTUNITIES,
PSW_CAT_MEDICAL_HEALTH,
PSW_CAT_TECH_NEWS,
PSW_CAT_MULTI_CATEGORY
} PSW_SMS_SERVICE_CAT;
typedef enum
{
PSW_NORMAL,
PSW_INTERACTIVE,
PSW_URGENT,
PSW_EMERGENCY
} PSW_SMS_PRIORITY;
typedef enum
{
PSW_SMS_NOT_RESTRICTED,
PSW_SMS_RESTRICTED,
PSW_SMS_CONFIDENTIAL,
PSW_SMS_SECRET
} PSW_SMS_PRIVACY;
typedef enum
{
PSW_SMS_MOBILE_DEFAULT,
PSW_SMS_LOW_PRIORITY,
PSW_SMS_MEDIUM_PRIORITY,
PSW_SMS_HIGH_PRIORITY
} PSW_SMS_ALERT;
typedef enum
{
PSW_SMS_UNKNOWN,
PSW_SMS_ENGLISH,
PSW_SMS_FRENCH,
PSW_SMS_SPANISH,
PSW_SMS_JAPANESE,
PSW_SMS_KOREAN,
PSW_SMS_CHINESE,
PSW_SMS_HEBREW
} PSW_SMS_LANG;
typedef struct
{
kal_uint8 ErrorClass;
kal_uint8 MsgStatusCode;
} PSW_MSG_STATUS;
typedef enum
{
PSW_SMS_DELIVERY_ACK = 4,
PSW_SMS_USER_ACK,
PSW_SMS_READ_ACK
} PSW_MSG_TYPE;
typedef struct
{
kal_uint16 TeleSrvId; /* Teleservice ID */
kal_uint16 SeqNum; /* Unique number to coordinate the */
/* parameter and user data messages*/
kal_bool SendOnTraffic; /* Force SMS on Traffic or let CP */
/* decide */
kal_bool SrvCatPres; /* If service catagory is present */
PSW_SMS_SERVICE_CAT SrvCat; /* Service Catagory */
kal_uint16 MsgId; /* Message ID of submitted message */
kal_bool HeaderInd; /* Header Indicator */
kal_bool BearerReplyOptPres;
kal_uint8 ReplySeq;
kal_uint8 NumUserDataMsgs; /* Number of User data messages */
kal_bool AbsValPres; /* Absolute validity period present*/
PswSmsAbsTimeT AbsVal; /* Absolute validity period */
kal_bool RelValPres; /* Relative validity period present*/
kal_uint8 RelVal; /* Relative validity period */
kal_bool AbsDelPres; /* Absolute deferred delivery time */
/* present */
PswSmsAbsTimeT AbsDel; /* Absolute deferred delivery time */
kal_bool RelDelPres; /* Relative deferred delivery time */
/* present */
kal_uint8 RelDel; /* Relative deferred delivery time */
kal_bool PriPres; /* Priority indicator present */
PSW_SMS_PRIORITY Pri; /* Priority indicator */
kal_bool PrvPres; /* Privacy indicator present */
PSW_SMS_PRIVACY Prv; /* Privacy indicator */
kal_bool ReplyOptPres; /* If reply option is present */
kal_bool UserAck; /* User acknowledgement requested */
kal_bool DeliverAck; /* delivery acknowledgement */
/* requested from message center */
kal_bool ReadAck; /* read acknowledgement */
kal_bool AlertPres; /* Alert on message delivery present*/
PSW_SMS_ALERT Alert; /* Alert on message delivery */
kal_bool LangPres; /* Language indicator present */
PSW_SMS_LANG Lang; /* Language indicator */
kal_bool CallbackNumPres; /* Callback number present */
PswSmsMCAddrT CallbackNum; /* Callback number */
kal_bool OverrideAddrPres; /* Override Address Present */
PswSmsMCAddrT OverrideAddr; /* Override Address */
kal_bool OverrideSubaddrPres; /* Override Subaddress Present */
PswSmsMCSubaddrT OverrideSubaddr; /* Override Subaddress */
kal_bool MsgDepIndexPres; /* Message Deposit Index present */
kal_uint16 MsgDepIndex; /* Message Deposit Index */
kal_bool SrvCatProgResultPres; /* Service Category Program Results*/
PswSrvCatProgResultT SrvCatProgResult; /* Service Category Program Results*/
kal_bool DispModePres; /* Service Category Program Results*/
PswDispModeT DispMode; /* Service Category Program Results*/
} PswSmsSubmitParmsMsgT;
typedef struct
{
kal_uint16 SeqNum;
kal_uint8 MsgType;
kal_uint8 NumMsgs;
kal_uint8 MsgEncoding;
kal_uint8 NumFields;
kal_uint8 Char[ SMS_MAX_USERDATA_LENGTH ]; /* User Data field of message */
} PswSmsUserDataMsgT;
typedef struct
{
kal_uint16 TeleSrvId; /* Teleservice ID */
kal_uint16 MsgId; /* Message ID of submitted message */
kal_bool HeaderInd; /* Header Indicator */
kal_bool OverrideAddrPres; /* Override address present */
PswSmsMCAddrT OverrideAddr; /* Override address */
kal_bool SubaddrPres; /* Subaddress Present */
PswSmsMCSubaddrT Subaddr; /* Subaddress */
kal_bool SendSmsCancelDb; /* Send SMS Cancel Databurst if needed */
kal_uint16 SeqNum;
} PswSmsCancelMsgT;
typedef struct
{
kal_uint16 TeleSrvId; /* Teleservice ID */
kal_uint16 SeqNum; /* Unique number to cordinate the */
/* parameters and user data messages*/
PswSmsMCAddrT Addr; /* Message ceneter address */
kal_bool SubaddrPres; /* Subaddress Present */
PswSmsMCSubaddrT Subaddr; /* Subaddress */
kal_uint16 MsgId; /* Message ID of submitted message */
PSW_MSG_TYPE MsgType; /* User/Delivery/Read ack type */
kal_bool HeaderInd; /* Header Indicator */
kal_uint8 NumUserDataMsgs; /* Number of User data messages */
kal_bool RespCodePres; /* User response code present */
kal_uint8 RespCode; /* User response code */
kal_bool TimeStampPres; /* Time Stamp present */
PswSmsAbsTimeT TimeStamp; /* Message Center Time Stamp */
kal_bool MsgDepIndexPres; /* Message Deposit Index present */
kal_uint16 MsgDepIndex; /* Message Deposit Index */
kal_bool MsgStatusPres; /* Message Status present */
PSW_MSG_STATUS MsgStatus; /* Message Status */
} PswSmsAckMsgT;
typedef struct
{
kal_uint32 SvcMask; /* Refer to scc_msc.c / mscGetSvcBitMap() for mapping */
kal_uint32 LangMask; /* Refer to scc_msc.c / mscGetLangBitMap() for mapping */
PSW_SMS_PRIORITY Priority;
} PswSmsBCastParmsMsgT;
#if defined(LGT_EXTENSIONS)
typedef struct
{
kal_uint32 Param1;
kal_uint32 Param2;
PSW_SMS_PRIORITY Priority;
} PswSmsUnknownParmsMsgT;
#endif
typedef enum
{
PSW_NO_TERMINAL_PROBLEMS,
PSW_DESTINATION_RESOURSE_SHORTAGE,
PSW_DESTINATION_OUT_OF_SERVICE
}PswTermStatusT;
typedef struct
{
PswTermStatusT Status;
} PswSmsTerminalStatusMsgT;
typedef struct
{
kal_uint8 NumTempRetries; /* Max # of retries if BS returns errorCode = Temporary */
kal_uint8 NumPermRetries; /* Max # of retries if BS returns errorCode = Permanent */
kal_uint8 NumTimeoutRetries;/* Max # of retries if no BS SMS Ack received and timeout
occurs */
} PswSmsRetxAmountMsgT;
typedef struct
{
kal_uint8 ErrorClass;
kal_uint8 CasueCode;
} PswSmsCauseCodeMsgT;
typedef struct
{
kal_uint16 SeqNum;
kal_uint8 ErrorClass;
kal_uint8 CauseCode;
kal_bool SendTlAck;
} PswSmsReplyTlAckMsgT;
typedef struct
{
kal_bool MultiSMSMode;
}PswSMSModeMsgT;
/*
This primitive is sent from md3-val to md3-psw to reply an tlack when receives SMS MT message.
*/
typedef struct
{
kal_uint8 len;
kal_uint8 Pdu[MAX_SMS_ACK_PDU_LEN];
kal_uint16 seqNum;
}PswSMSTlackReqMsgT;
typedef struct {
kal_bool CbsState; /* KAL_FALSE, CBS off; KAL_TRUE, CBS on */
kal_uint32 LanMask; /* lanuage bitmap */
kal_uint32 ChaMask[PSW_SMS_CBS_CHA_MAX]; /* channels bitmap */
kal_uint32 CmasMask; /* cmas bitmap */
}PswSmsCbsInfoT;
#endif
/*-------------------------------------------------------------------**
PSW_POS_AFLT_MEASUREMENTS_MSG
PswPosAfltMeasurementMsgT
L1D reports various position AFLT pilot set list information needed
by BS. This list is not necessarily a complete list of position AFLT
pilot set list but only those measurements that are completed as of
the time the message is generated.
*-------------------------------------------------------------------**/
typedef struct
{
kal_uint16 PilotPN;
kal_bool Stale;
/* PILOT_PN_PHASE sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_int32 PnPhase;
/* PILOT_STRENGTH sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_uint16 Strength;
/* RMS_ERR_PHASE sent in PROVIDE PILOT PHASE MEASUREMENTS */
} AFLTPilotMeasurementT;
typedef struct
{
kal_uint8 SeqNum;
/* TIME_REF_MS sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_uint16 TimeRefMs;
kal_bool OffsetIncl;
kal_int16 MobOffset;
/* REF_PN sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_uint16 RefPN;
/* REF_PILOT_STRENGTH sent in PROVIDE PILOT PHASE MEASUREMENTS */
kal_uint16 RefPilotStrength;
/* NUM_PILOTS_P sent in PROVIDE PILOT PHASE MEASUREMENTS */
/* actual number of pilot measurements in AFLTPilotMeasurement */
kal_uint8 NumPilots;
AFLTPilotMeasurementT PosAFLT[SYS_CP_MAX_AFLT_LIST_PILOTS_MEAS];
} PswPosAfltMeasurementMsgT;
/*-------------------------------------------------------------------**
PSW_POS_AFLT_ACK_ABORT_MSG
PswPosAfltAckAbortMsgT
L1D, after receiving L1D_POS_AFLT_ABORT_MSG, acknowledges its
position search measurements aborted for given sequence number.
*-------------------------------------------------------------------**/
typedef struct
{
kal_uint16 SeqNum;
} PswPosAfltAckAbortMsgT;
/*-------------------------------------------------------------------**
PSW_POS_AFLT_ABORT_REQ_MSG
PswPosAfltAbortReqMsgT
L1D, requests for position search measurements aborted for given
sequence number.
*-------------------------------------------------------------------**/
typedef struct
{
kal_uint16 SeqNum;
} PswPosAfltAbortReqMsgT;
/* mclee location services request element messages */
typedef struct
{
kal_uint8 SessID;
kal_uint8 RejReqType; /* BS Request Element type */
kal_bool RejReason;
} PswPosRejectMsgT;
typedef struct
{
kal_uint8 RecLen;
kal_uint8 ProvPseudorangeRec[PRM_MAX_SIZE];
} PswPseudorangeMsmtRspMsgT;
typedef struct
{
kal_uint8 SoPref;
kal_uint8 forRc;
kal_uint8 revRc;
} PswLocPrefReqMsgT;
typedef struct
{
kal_bool Enable;
kal_uint8 N1;
} PswGPSEnableReportsMsgT;
typedef struct
{
kal_uint16 Size;
kal_uint8 Sap;
kal_uint8 DataP[200];
} PswIs801TcpbFwdDataRespInfoMsgT;
typedef struct
{
kal_uint8 SessionId;
} PswIs801TcpBRevDataRespMsgT;
typedef enum
{
PSW_GPS_ASSISTANCE_DATA_ALMANAC,
PSW_GPS_ASSISTANCE_DATA_EPHEMERIS,
PSW_GPS_ASSISTANCE_DATA_LAST_LOCATION,
PSW_GPS_ASSISTANCE_DATA_BASE_STATION_ALMANAC,
PSW_GPS_ASSISTANCE_DATA_ALMANAC_CORRECTION,
PSW_GPS_ASSISTANCE_DATA_SV_HEALTH_INFO,
PSW_GPS_ASSISTANCE_DATA_NAVIGATION_MSG_BITS,
PSW_GPS_ASSISTANCE_DATA_ALL_GPS_DATA
}IS801GpsResetAssistanceDataT;
typedef struct
{
IS801GpsResetAssistanceDataT AssisData;
}PswGpsResetAssistMsgT;
typedef struct
{
kal_uint16 DataLen;
kal_uint8 Data[PSW_GPS7560_DATA_SIZE_MAX];
} PswGpsNmeaStreamMsgT;
typedef struct
{
SysSystemTimeT SendTime;
} PswL1dAccessPreambleCompleteMsgT;
typedef struct
{
SysSystemTimeT SendTime;
} PswL1dAccessCompleteMsgT;
typedef struct
{
SysSystemTimeT finishTime;
} PswL1dAccessProbeCompleteMsgT;
/****************/
/* ETS Messages */
/****************/
typedef struct
{
PswTestModeT Mode; /* Test mode */
kal_uint16 Enabled; /* Mode Qualifier, typically equivalent to ON/OFF */
kal_uint16 Value; /* Mode value*/
} PswEngineTestModeMsgT;
typedef struct
{
kal_bool TimersUsed; /* Timers turned (on = KAL_TRUE) or (off = KAL_FALSE) */
} PswTestModeTimersUsedMsgT;
typedef struct
{
kal_uint32 MaxCapSize; /* System time to start sending message */
kal_uint16 power_correction; /* Tx power level less mean input power */
kal_bool use_curr_mip; /* Use current mean input power or not */
kal_uint8 data_len; /* Length of data to be sent */
kal_uint8 data[30]; /* l3 message data, length, data, crc */
kal_bool repeat_data; /* Message data is repeated flag */
kal_uint8 lc_mask[6]; /* Access channel long code mask */
kal_uint8 pam_size; /* Preamble size in frames */
kal_uint16 RN; /* Random chip delay : 0 - 511 */
} PswAccessSigMsgT;
#ifdef MTK_PLT_ON_PC_UT
/* For PSW UT */
typedef struct
{
kal_uint8 lengthInBits;
kal_uint8 reverseSigData[CPBUF_SIZE_REV];
}PswUnitTestReverseSigMsgT;
#ifdef MTK_DEV_C2K_IRAT
typedef struct
{
kal_bool paramPsServStatusPresent;
kal_bool paramIratModePresent;
kal_bool psRegistered;
srlteRatTypeT c2kRatType;
rat_enum ratMode;
}PswSetIratParamMsgT;
#endif
typedef struct
{
kal_bool success;
kal_bool resend;
}PswSendSmsConfirmMsgT;
typedef struct
{
sbp_id_enum sbpId;
}PswSetSbpIdMsgT;
#endif
/* Status request message - Request current PS status */
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswStatusRequestMsgT;
/* Status request, response */
typedef struct
{
kal_uint32 Esn;
kal_uint8 RFMode;
kal_uint8 MIN_Digits;
kal_uint8 Min[15];
kal_uint8 CPState;
kal_uint8 CDMAGoodFrames;
kal_uint16 AMPSGoodFrames;
kal_uint16 AMPSBadFrames;
kal_uint8 CPEntranceReason;
kal_uint16 Channel;
kal_uint16 PilotPN;
kal_uint16 CurSID;
kal_uint16 CurNID;
kal_uint16 LocAreaID;
kal_int16 RSSI;
kal_uint8 PowerLevel;
kal_bool Slotted_Mode_Flag;
} PswStatusResponseMsgT;
/* Debug Pilot Strength request message */
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
kal_bool enable;
} PswDebugPilotStrengthMsgT;
typedef struct
{
DebugPilotInfo *PilotReport;
} PswDebugPilotStrengthRspMsgT;
/* Debug Screen request message - Request debug screen info */
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswDebugScrnRequestMsgT;
/* Debug Screen Response */
typedef struct
{
kal_uint16 sid;
kal_uint16 nid;
kal_uint16 badframes;
kal_uint16 totframes;
kal_uint16 ActPilotPN [SYS_CP_MAX_ACTIVE_LIST_PILOTS];
kal_uint16 ActPilotEcIo [SYS_CP_MAX_ACTIVE_LIST_PILOTS];
kal_uint16 CandPilotPN [SYS_CP_MAX_CANDIDATE_LIST_PILOTS];
kal_uint16 CandPilotEcIo[SYS_CP_MAX_CANDIDATE_LIST_PILOTS];
kal_uint16 NghbrPilotPN [SYS_CP_MAX_NEIGHBOR_LIST_PILOTS];
kal_uint16 NghbrPilotEcIo [SYS_CP_MAX_NEIGHBOR_LIST_PILOTS];
kal_int16 txPower;
kal_int16 rxPower;
kal_uint8 current_slot_cycle_index;
kal_bool slotted_enabled;
kal_bool qpch_enabled;
kal_uint8 forfchRc;
kal_uint8 revfchRc;
kal_uint16 serviceOption;
PswServiceT serviceType;
} PswDebugScrnResponseT;
/* Phone State request message */
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswPhoneStateRequestMsgT;
/* Phone State request, response */
typedef struct
{
kal_uint8 State;
kal_uint32 total_msg; /* Number of paging ch messages received */
kal_uint32 error_msg; /* Number of paging ch messages with bad crc */
kal_uint16 acc_1; /* number of layer 3 requests messages generated */
kal_uint16 acc_2; /* number of layer 3 response messages generated */
kal_uint16 acc_8; /* number of unsuccessful access attempts */
kal_uint16 dpchLoss_count; /* Count of paging ch declared */
kal_uint16 dtchLoss_count; /* Count of dedicated traffic CH Loss*/
kal_uint32 idleHO_count; /* Count of idle handoff*/
kal_uint16 hardHO_count; /* Count of hard handoff*/
kal_uint16 interFreqIdleHO_count; /* Count of inter_Freq idle handoff*/
kal_uint16 MO_count; /* Count of successful MS ORIGINATED */
kal_uint16 MT_count; /* Count of successful MS TERMINATED */
kal_uint16 powerDownReg_count; /* Count of power down registration */
kal_uint16 timeBasedReg_count; /* Count of time based registration */
kal_uint16 parameterReg_count; /* Count of parameter change registration */
kal_uint16 powerUpReg_count; /* Count of power up registration */
kal_uint16 orderedReg_count; /* Count of ordered registration */
kal_uint16 zoneBasedReg_count; /* Count of zone based registration */
kal_uint16 distanceBasedReg_count; /* Count of distance based registration */
kal_uint16 silentryRetryTimeout_count; /* Count of silentry retry timeout */
kal_uint16 T40_count; /* Count of T40m timeout */
kal_uint16 T41_count; /* Count of T41m timeout */
kal_uint16 T50_count; /* Count of T50m timeout */
kal_uint16 T51_count; /* Count of T51m timeout */
kal_uint16 T52_count; /* Count of T52m timeout */
kal_uint16 T55_count; /* Count of T55m timeout */
} PswPhoneStateResponseMsgT;
/* Set Retreivable Statistics Parameter Request Type */
typedef struct
{
kal_uint16 ParameterID;
kal_uint32 Value;
} PswSetRetrievableParameterMsgT;
/* Get Retreivable Statistics Parameter Request Type */
typedef struct
{
StatCounterT StatCounter; /* Statistics counter */
} PswGetRetrievableParameterMsgT;
/* Get Retreivable Statistics Parameter Response Message Type */
typedef struct
{
StatCounterT StatCounter; /* Statistics counter */
kal_uint32 Value[MAX_STAT_ELEMENT];
} GetRetrievableParameterRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswGetFullSysTimeMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswGetPRevInUseRequestMsgT;
typedef struct
{
kal_uint8 P_Rev_In_Use;
} PswGetPRevInUseResponseMsgT;
/* aak_akey */
#ifdef PSW_AKEY_UINT64
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
kal_uint64 akey;
kal_uint32 checksum;
} PswEnterAKeyMsgT;
#else
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
kal_uint32 akey_low;
kal_uint32 akey_high;
kal_uint32 checksum;
} PswEnterAKeyMsgT;
#endif
typedef struct
{
kal_uint8 NoiseFloor;
kal_uint8 ThrMin;
kal_uint8 MinAct;
kal_uint8 ThrSlope;
} PswSetAccessHOParmsMsgT;
typedef struct
{
kal_uint8 ThrMinImmed;
kal_uint8 MinActImmed;
kal_uint8 ThrSlopeImmed;
kal_uint8 ThrMinDelayed;
kal_uint8 MinActDelayed;
kal_uint8 ThrSlopeDelayed;
kal_uint8 DelayCount;
kal_uint8 MinNghbrThr;
} PswSetIdleHOParmsMsgT;
typedef struct
{
kal_bool PiStatus;
} PswQpchPiStatusMsgT;
typedef struct
{
kal_uint8 nomPwrExt;
kal_int8 nomPwr;
kal_uint8 numPreamble;
kal_uint8 bandClass;
kal_uint16 cdmaFreq;
kal_uint16 pilotPN;
kal_uint8 codeChanFCH;
} PswInjectHandoffMsgT;
/*****************************************************************************
* Defines
****************************************************************************/
typedef enum
{
PSW_UI_ENCRYP_DISABLED,
PSW_UI_ORYX_ENABLED
} PSW_UI_ENCRYPT_MODE_TYPE;
typedef enum
{
PSW_BASIC_ENCRYPT_SUPP,
PSW_BASIC_AND_ENHANCED_SUPP
} PSW_ENCRYPT_MODE_TYPE;
/* define set of frame sizes */
typedef enum
{
PSW_DCCH_FS_20MS = 1, /* 20 ms frame size only */
PSW_DCCH_FS_5MS = 2, /* 5 ms frame size only */
PSW_DCCH_FS_5MS_AND_20MS = 3 /* both 5 and 20 ms frame size */
} PSW_DCCH_FRAME_SIZE_TYPE;
typedef enum
{
PSW_FCH_FS_20MS = 0,
PSW_FCH_FS_5MS_AND_20MS = 1
} PSW_FCH_FRAME_SIZE_TYPE;
/* define set of RC settings */
typedef enum
{
PSW_FOR_RC_1 = 0x100,
PSW_FOR_RC_2 = 0x80,
PSW_FOR_RC_3 = 0x40,
PSW_FOR_RC_4 = 0x20,
PSW_FOR_RC_5 = 0x10,
PSW_FOR_RC_6 = 0x8,
PSW_FOR_RC_7 = 0x4,
PSW_FOR_RC_8 = 0x2,
PSW_FOR_RC_9 = 0x1
} PSW_FOR_RC_TYPE;
typedef enum
{
PSW_REV_RC_1 = 0x20,
PSW_REV_RC_2 = 0x10,
PSW_REV_RC_3 = 0x8,
PSW_REV_RC_4 = 0x4,
PSW_REV_RC_5 = 0x2,
PSW_REV_RC_6 = 0x1
} PSW_REV_RC_TYPE;
/* define set of RC Preference settings */
typedef enum
{
PSW_RC_PREF_1 = 1,
PSW_RC_PREF_2 = 2,
PSW_RC_PREF_3 = 3,
PSW_RC_PREF_4 = 4,
PSW_RC_PREF_5 = 5,
PSW_RC_PREF_6 = 6,
PSW_RC_PREF_7 = 7,
PSW_RC_PREF_8 = 8,
PSW_RC_PREF_9 = 9
} PSW_RC_PREF_TYPE;
/* define set of Geo-location support */
typedef enum
{
PSW_GL_NO_SUPPORT = 0,
PSW_GL_AFLT = 1,
PSW_GL_AFLT_AND_GPS = 2,
PSW_GL_GPS = 3
} PSW_GEO_LOC_TYPE;
typedef enum
{
PSW_GATING_RATE_SET_00 = 0x00, /* Gating rates 1 */
PSW_GATING_RATE_SET_01 = 0x01, /* Gating rates 1 and 1/2 */
PSW_GATING_RATE_SET_10 = 0x02, /* Gating rates 1, 1/2 and 1/4 */
PSW_GATING_RATE_SET_11 = 0x03 /* reserved */
} PSW_GATING_RATE_SET_TYPE;
/* FOR SCH Multiplex options --------------------------------------- */
typedef enum
{
PSW_FOR_SCH_0x03_MUX_OPTION = 0x0001, /* For SCH 0x03 Mux options, bit, */
PSW_FOR_SCH_0x809_MUX_OPTION = 0x0002, /* For SCH 0x809 Mux options, bit, */
PSW_FOR_SCH_0x811_MUX_OPTION = 0x0004, /* For SCH 0x811 Mux options, bit, */
PSW_FOR_SCH_0x821_MUX_OPTION = 0x0008, /* For SCH 0x821 Mux options, bit, */
PSW_FOR_SCH_0x905_MUX_OPTION = 0x0010, /* For SCH 0x905 Mux options, bit, */
PSW_FOR_SCH_0x909_MUX_OPTION = 0x0020, /* For SCH 0x909 Mux options, bit, */
PSW_FOR_SCH_0x911_MUX_OPTION = 0x0040, /* For SCH 0x911 Mux options, bit, */
PSW_FOR_SCH_0x921_MUX_OPTION = 0x0080, /* For SCH 0x921 Mux options, bit, */
PSW_FOR_SCH_0x04_MUX_OPTION = 0x0100, /* For SCH 0x04 Mux options, bit, */
PSW_FOR_SCH_0x80a_MUX_OPTION = 0x0200, /* For SCH 0x80a Mux options, bit, */
PSW_FOR_SCH_0x812_MUX_OPTION = 0x0400, /* For SCH 0x812 Mux options, bit, */
PSW_FOR_SCH_0x822_MUX_OPTION = 0x0800, /* For SCH 0x822 Mux options, bit, */
PSW_FOR_SCH_0x906_MUX_OPTION = 0x1000, /* For SCH 0x906 Mux options, bit, */
PSW_FOR_SCH_0x90a_MUX_OPTION = 0x2000, /* For SCH 0x90a Mux options, bit, */
PSW_FOR_SCH_0x912_MUX_OPTION = 0x4000, /* For SCH 0x912 Mux options, bit, */
PSW_FOR_SCH_0x922_MUX_OPTION = 0x8000 /* For SCH 0x922 Mux options, bit, */
} PSW_FOR_SCH_MUX_OPTION;
/* REV SCH Multiplex options --------------------------------------- */
typedef enum
{
PSW_REV_SCH_0x03_MUX_OPTION = 0x0001, /* Rev SCH 0x03 Mux options, bit, */
PSW_REV_SCH_0x809_MUX_OPTION = 0x0002, /* Rev SCH 0x809 Mux options, bit, */
PSW_REV_SCH_0x811_MUX_OPTION = 0x0004, /* Rev SCH 0x811 Mux options, bit, */
PSW_REV_SCH_0x821_MUX_OPTION = 0x0008, /* Rev SCH 0x821 Mux options, bit, */
PSW_REV_SCH_0x905_MUX_OPTION = 0x0010, /* Rev SCH 0x905 Mux options, bit, */
PSW_REV_SCH_0x909_MUX_OPTION = 0x0020, /* Rev SCH 0x909 Mux options, bit, */
PSW_REV_SCH_0x911_MUX_OPTION = 0x0040, /* Rev SCH 0x911 Mux options, bit, */
PSW_REV_SCH_0x921_MUX_OPTION = 0x0080, /* Rev SCH 0x921 Mux options, bit, */
PSW_REV_SCH_0x04_MUX_OPTION = 0x0100, /* Rev SCH 0x04 Mux options, bit, */
PSW_REV_SCH_0x80a_MUX_OPTION = 0x0200, /* Rev SCH 0x80a Mux options, bit, */
PSW_REV_SCH_0x812_MUX_OPTION = 0x0400, /* Rev SCH 0x812 Mux options, bit, */
PSW_REV_SCH_0x822_MUX_OPTION = 0x0800, /* Rev SCH 0x822 Mux options, bit, */
PSW_REV_SCH_0x906_MUX_OPTION = 0x1000, /* Rev SCH 0x906 Mux options, bit, */
PSW_REV_SCH_0x90a_MUX_OPTION = 0x2000, /* Rev SCH 0x90a Mux options, bit, */
PSW_REV_SCH_0x912_MUX_OPTION = 0x4000, /* Rev SCH 0x912 Mux options, bit, */
PSW_REV_SCH_0x922_MUX_OPTION = 0x8000 /* Rev SCH 0x922 Mux options, bit, */
} PSW_REV_SCH_MUX_OPTION;
/* FCH & DCCH Multiplex options -------------------------------------- */
typedef enum
{
PSW_MUX_OPTION_0x1 = 0x1,
PSW_MUX_OPTION_0x2 = 0x2,
PSW_MUX_OPTION_0x704 = 0x4
} PSW_MUX_OPTIONS_TYPES;
/* define set of bitmap indicator */
typedef enum
{
PSW_SO_0_BITS = 0,
PSW_SO_4_BITS = 1,
PSW_SO_8_BITS = 2
} PSW_SERV_OPT_BITMAP_IND;
typedef enum
{
PSW_CH_IND_RESERVED = 0x00,
PSW_CH_IND_FCH = 0x01,
PSW_CH_IND_DCCH = 0x02,
PSW_CH_IND_FCH_AND_DCCH = 0x03
} PSW_CH_IND_TYPE;
typedef struct
{
PSW_FCH_FRAME_SIZE_TYPE FchFrameSize; /* FCH_FRAME_SIZE, FCH frame Size capability indicator */
kal_uint8 ForFchLen; /* FOR_FCH_LEN, Fwd Fundemental Channel Config Info. Len */
kal_uint16 ForFchRcMap; /* FOR_FCH_RC_MAP Forward Fundemental Radio Config. Info.*/
kal_uint8 RevFchLen; /* REV_FCH_LEN, Rev Fundemental Channel Config Info. Len */
PSW_REV_RC_TYPE RevFchRcMap; /* REV_FCH_RC_MAP Reverse Fundemental Radio Config. Info.*/
} PSW_FCH_TYPE_SPECIFIC_FIELDS_TYPE;
typedef struct
{
PSW_DCCH_FRAME_SIZE_TYPE DcchFrameSize; /* DCCH_FRAME_SIZE, DCCH frame Size capability indicator */
kal_uint8 ForDcchLen; /* FOR_DCCH_LEN, Fwd Dedicated Ctrl Ch. Config Info. Len */
kal_uint16 ForDcchRcMap; /* FOR_DCCH_RC_MAP Fwd Dedicated Ch. Radio Config. Info. */
kal_uint8 RevDcchLen; /* REV_DCCH_LEN, Rev Dedicated Ctrl Ch. Config Info. Len */
PSW_REV_RC_TYPE RevDcchRcMap; /* REV_DCCH_RC_MAP Rev Dedicated Ch. Radio Config. Info. */
} PSW_DCCH_TYPE_SPECIFIC_FIELDS_TYPE;
typedef struct
{
kal_uint8 ForSchLen; /* FOR_SCH_LEN, Fwd Supplemental length in 3 bit uints */
kal_uint16 ForSchRcMap; /* FOR_SCH_RC_MAP, Fwd Supplemental Channel Radio Config Information. */
kal_uint8 ForSchNum; /* FOR_SCH_NUM, Number of Forward Supplemental Cannel */
kal_bool ForTurboSupportedSch1; /* FOR_TURBO_SUPPORTED, 1 Ch Fwd Turbo Coding Supported */
kal_bool ForTurboSupportedSch2; /* FOR_TURBO_SUPPORTED, 2 Ch Fwd Turbo Coding Supported */
kal_uint8 ForMaxTurboBlockSize; /* FOR_MAX_TURBO_BLOCK_SIZE, Fwd Max Turbo Block Size */
kal_bool ForConvSupportedSch1; /* FOR_CONV_SUPPORTED, 1 Ch Fwd convolutional Coding Supported */
kal_bool ForConvSupportedSch2; /* FOR_CONV_SUPPORTED, 2 Ch Fwd convolutional Coding Supported */
kal_uint8 ForMaxConvBlockSize; /* FOR_MAX_CONV_BLOCK_SIZE, Fwd Max Conv. Code Block Size*/
} PSW_FOR_SCH_TYPE_SPECIFIC_FIELDS_TYPE;
typedef struct
{
kal_uint8 RevSchLen; /* REV_SCH_LEN, Rev Supplemental length in 3 bit uints */
kal_uint8 RevSchRcMap; /* REV_SCH_RC_MAP Rev Dedicated Ch. Radio Config. Info. */
kal_uint8 RevSchNum; /* REV_SCH_NUM, Number of Reverse Supplemental Cannel */
kal_bool RevTurboSupportedSch1; /* REV_TURBO_SUPPORTED, 1 Ch Rev Turbo Coding Supported */
kal_bool RevTurboSupportedSch2; /* REV_TURBO_SUPPORTED, 2 Ch Rev Turbo Coding Supported */
kal_uint8 RevMaxTurboBlockSize; /* REV_MAX_TURBO_BLOCK_SIZE, Rev Max Turbo Block Size */
kal_bool RevConvSupportedSch1; /* REV_CONV_SUPPORTED, 1 Ch Rev convolutional Coding Supported */
kal_bool RevConvSupportedSch2; /* REV_CONV_SUPPORTED, 2 Ch Rev convolutional Coding Supported */
kal_uint8 RevMaxConvBlockSize; /* REV_MAX_CONV_BLOCK_SIZE, Rev Max Conv. Code Block Size*/
} PSW_REV_SCH_TYPE_SPECIFIC_FIELDS_TYPE;
typedef struct
{
kal_uint8 MaxMsNakRoundsFwd; /* MAX_MS_NAK_ROUNDS_FWD Maximum number of RLP_NAK rounds
supported by the MS on the forward traffic channel */
kal_uint8 MaxMsNakRoundsRev; /* MAX_MS_NAK_ROUNDS_REV Maximum number of RLP_NAK rounds
supported by the MS on the reverse traffic channel */
} PSW_RLP_CAP_BLOB_LEN_TYPE;
/* Status request, response */
typedef struct
{
kal_uint8 MsCapData[1];
} PswMsCapDbWriteMsgT;
typedef enum
{
PSW_HSPD_CONTROL_HOLD_STATE = 0,
PSW_HSPD_ACTIVE_STATE = 1
} PswHspdActiveControlHoldT;
typedef struct
{
PswHspdActiveControlHoldT HspdNewState;
} PswHspdActiveControlHoldMsgT;
typedef enum
{
PSW_SCH_9_6_KBPS = 0,
PSW_SCH_19_2_KBPS = 1,
PSW_SCH_38_4_KBPS = 2,
PSW_SCH_76_8_KBPS = 3,
PSW_SCH_153_6_KBPS = 4,
PSW_SCH_307_2_KBPS = 5,
PSW_SCH_614_4_KBPS = 6
} PswSchPrefRateT;
typedef struct
{
kal_uint8 SrId;
PswSchPrefRateT PrefRate;
kal_uint16 Duration;
} PswRevSchRequestMsgT;
#if defined (__TC10__) && defined (__TC10_IPC_CDMA_SUPPORT__)
typedef struct
{
kal_bool defineRcForAllSo;
kal_uint8 forRc;
kal_uint8 revRc;
} PackedPswDefineRcT;
#endif
typedef struct
{
kal_uint8 StartupActiveNam;
kal_uint8 PswFeatureFlags;
kal_uint8 PhyFeatureFlags;
kal_uint8 PswMiscEnableFlags;
kal_uint8 pendingReg;
kal_uint16 PrefHomeMOSO;
kal_uint16 PrefHomeMTSO;
kal_uint16 PrefRoamMOSO;
kal_bool IS683NamLock;
kal_uint8 DfsEcIoThresh;
kal_uint16 qpchPilotEcIoThreshLow;
kal_uint16 qpchPilotEcIoThreshHigh;
kal_uint8 reserved_0;
#if defined (__TC10__) && defined (__TC10_IPC_CDMA_SUPPORT__)
PackedPswDefineRcT defineRc;
#endif
kal_uint16 checksum;
} PackedPswMiscT;
/*#ifdef VERIZON_GPS_DEBUG */
#define MAX_DEBUG_INFO 64
#define MAX_NUM_SATELLITES 9
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswGpsDebugInfoCmdMsgT;
typedef struct
{
kal_bool Valid;
kal_uint32 num_pilots_in_aflt_msg;
kal_uint32 SystemTime;
kal_uint32 LAT;
kal_uint32 LONG;
kal_uint32 FixType;
kal_uint8 SatelliteNumber[MAX_NUM_SATELLITES];
} PswGpsDebugInfoRspMsgT;
/*#endif */
typedef enum
{
ID_NOT_SET = 0,
ESN = 1,
MEID = 2,
UIMID = 3,
SF_EUIMID
} MobileIDType;
typedef enum
{
PSW_SET_MBID_ELT = 0,
PSW_SET_MBID_AT = 1,
PSW_SET_MBID_META = 2,
PSW_SET_MBID_SYNC_FROM_IMEI = 3,
PSW_SET_MBID_INVALID
} PswSetMobileIdType;
typedef enum
{
PSW_SET_FAILURE = 0,
PSW_SET_SUCCESS = 1,
} PswSetMobileIdStatus;
/* Set ESN message */
typedef struct
{
MobileIDType Id;
kal_uint64 value;
} PswSetMobileIDMsgT;
/* Get ESN message */
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswGetMobileIDMsgT;
/* Verify SPC message */
typedef struct
{
kal_uint32 SPC;
kal_bool reset;
} PswVerifySPCMsgT;
/* Get ESN response message */
typedef struct
{
MobileIDType Id;
kal_uint64 value;
} PswGetMobileIDRspMsgT;
/* Get Active NAM message */
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswGetActiveNamMsgT;
/* Get Active NAM response message */
typedef struct
{
kal_uint8 CurrentActiveNam;
} PswGetActiveNamResponseMsgT;
/* Select Active NAM message */
typedef struct
{
kal_uint8 SelectActiveNam;
} PswSelectActiveNamMsgT;
typedef enum
{
DUAL_NAM_NOT_SUPPORTED = 0,
NAM1_SELECTED = 1,
NAM2_SELECTED = 2,
PS_ACTIVE_NAM1_LOCKED = 3,
PS_ACTIVE_NAM2_LOCKED = 4
} ActiveNamResultT;
/* Select Active NAM response message */
typedef struct
{
kal_uint8 ActiveNamResult;
} PswSelectActiveNamResponseMsgT;
typedef struct
{
kal_uint8 PWR_CNTL_STEP;
kal_bool USE_TIME;
kal_uint8 ACTION_TIME;
kal_bool FPC_INCL;
kal_uint8 FPC_MODE;
kal_bool FPC_PRI_CHAN;
kal_bool FPC_OLPC_FCH_INCL;
kal_uint8 FPC_FCH_FER;
kal_uint8 FPC_FCH_MIN_SETPT;
kal_uint8 FPC_FCH_MAX_SETPT;
kal_bool FPC_OLPC_DCCH_INCL;
kal_uint8 FPC_DCCH_FER;
kal_uint8 FPC_DCCH_MIN_SETPT;
kal_uint8 FPC_DCCH_MAX_SETPT;
kal_bool FPC_SEC_CHAN;
kal_uint8 NUM_SUP;
kal_bool SCH_ID;
kal_uint8 FPC_SCH_FER;
kal_uint8 FPC_SCH_MIN_SETPT;
kal_uint8 FPC_SCH_MAX_SETPT;
kal_bool FPC_THRESH_INCL;
kal_uint8 FPC_SETPT_THRESH;
kal_bool FPC_THRESH_SCH_INCL;
kal_uint8 FPC_SETPT_THRESH_SCH;
kal_bool RPC_INCL;
kal_uint8 RPC_NUM_REC;
kal_uint8 RPC_ADJ_REC_TYPE_0;
kal_uint8 RPC_ADJ_REC_LEN_0;
kal_bool PCM_FCH_INCL;
kal_uint8 FCH_CHAN_ADJ_GAIN;
kal_bool PCM_DCCH_INCL;
kal_uint8 DCCH_CHAN_ADJ_GAIN;
kal_bool SCH0_INCL;
kal_uint8 SCH0_CHAN_ADJ_GAIN;
kal_bool SCH1_INCL;
kal_uint8 SCH1_CHAN_ADJ_GAIN;
kal_uint8 RPC_ADJ_REC_TYPE_1;
kal_uint8 RPC_ADJ_REC_LEN_1;
kal_bool RL_ATT_ADJ_GAIN_TYPE_1;
kal_bool RC3_RC5_20MS_INCL_1;
kal_uint8 RL_ATT_ADJ_GAIN_1500;
kal_uint8 RL_ATT_ADJ_GAIN_2700;
kal_uint8 RL_ATT_ADJ_GAIN_4800;
kal_uint8 RL_ATT_ADJ_GAIN_9600;
kal_bool RC4_RC6_20MS_INCL_1;
kal_uint8 RL_ATT_ADJ_GAIN_1800;
kal_uint8 RL_ATT_ADJ_GAIN_3600;
kal_uint8 RL_ATT_ADJ_GAIN_7200;
kal_uint8 RL_ATT_ADJ_GAIN_14400;
kal_bool MS5_INCL;
kal_uint8 NORM_ATT_GAIN_9600_5MS;
kal_uint8 RPC_ADJ_REC_TYPE_2;
kal_uint8 RPC_ADJ_REC_LEN_2;
kal_bool CODE_TYPE;
kal_bool RL_ATT_ADJ_GAIN_TYPE_2;
kal_bool RC3_RC5_20MS_INCL_2;
kal_uint8 RL_ATT_ADJ_GAIN_19200;
kal_uint8 RL_ATT_ADJ_GAIN_38400;
kal_uint8 RL_ATT_ADJ_GAIN_76800;
kal_uint8 RL_ATT_ADJ_GAIN_153600;
kal_uint8 RL_ATT_ADJ_GAIN_307200;
kal_uint8 RL_ATT_ADJ_GAIN_614400;
kal_bool RC4_RC6_20MS_INCL_2;
kal_uint8 RL_ATT_ADJ_GAIN_28800;
kal_uint8 RL_ATT_ADJ_GAIN_576600;
kal_uint8 RL_ATT_ADJ_GAIN_115200;
kal_uint8 RL_ATT_ADJ_GAIN_230400;
kal_uint8 RL_ATT_ADJ_GAIN_460800;
kal_uint8 RL_ATT_ADJ_GAIN_1036800;
} PswTestPowerControlMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
} PswReadRawIMSIMsgT;
typedef struct
{
kal_uint8 ValidIMSImap; /* bit0: IMSI_M, bit1:IMSI_T */
kal_uint8 M_MCC[3]; /* MCC raw digits */
kal_uint8 M_IMSI_11_12[2]; /* M_IMSI_11_12 raw digits */
kal_uint8 M_IMSI_S[10]; /* M_IMSI_S raw digits */
kal_uint8 M_IMSI_Class;
kal_uint8 M_AddrNum;
kal_uint8 T_MCC[3]; /* MCC raw digits */
kal_uint8 T_IMSI_11_12[2]; /* M_IMSI_11_12 raw digits */
kal_uint8 T_IMSI_S[10]; /* M_IMSI_S raw digits */
kal_uint8 T_IMSI_Class;
kal_uint8 T_AddrNum;
kal_uint8 Mdn[NAM_MAX_MDN_DIGITS]; /* MDN max 16 digits */
kal_uint8 MDN_NUM_DIGITS; /* MDN number digits */
kal_uint8 ACCOLCp; /* access overload class */
} PswReadRawIMSIRspT;
/* PSW_OOSA_WAKEUP_IND_MSG */
typedef struct
{
OosaWakeupTypeT OosaWakeupType;
} PswOosaWakupIndMsgT;
typedef struct
{
kal_bool result; /* Verify result, True:pass, False: not pass */
} PswL1dSltTxVerifyIndMsgT;
#ifdef MTK_CBP_ENCRYPT_VOICE
typedef struct
{
kal_bool isMoc ;
} PswKeyReqMsgT;
typedef struct
{
kal_uint16 SeqNum;
} PswCancelCipherSmsSendReqT;
#endif
typedef struct
{
kal_bool result; /* SLT verify RF result, KAL_TRUE:success, KAL_FALSE:fail */
} SltVerifyResultMsgT;
typedef struct
{
CHANNEL_DESC Sys;
kal_bool LastChannelInSRSL;
} PswCssSelectRspMsgT;
typedef enum
{
CP_SYS_REJECTED,
CP_SYS_ACCEPTED,
CP_SYS_MCC_MNC_NEEDED
} PswCssValidationRsltT;
typedef enum
{
CP_REG_NOT_ROAMING,
CP_REG_NID_ROAMING,
CP_REG_SID_ROAMING,
CP_REG_UNKNOWN_ROAMING
} PswRegRoamStatus;
typedef struct
{
PswCssValidationRsltT ValidationRslt;
PswRegRoamStatus RegRoamStatus;
} PswCssValidateRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
} PswGetNamPrefereceMsgT;
typedef enum
{
FORCESLEEP,
ACQUISITION,
#ifdef MTK_DEV_C2K_IRAT
ExitPs /* Release 1x PS during C2L MPSR */
#endif
} CssForceInitReasonT;
typedef struct
{
CssForceInitReasonT reason;
} PswCssSysAcqReqMsgT;
typedef struct
{
kal_uint16 duration; /*in the unit of 100ms*/
} PswCssOosaSleepReqMsgT;
typedef struct
{
kal_bool bActive;
} PswRlpActivityStatusReportMsgT;
/* PSW_CSS_SET_EMERGENCY_CALLBACK_MODE_MSG */
typedef struct
{
kal_bool isInCallBackMode;
} PswCssSetEmergencyCallbackModeMsgT;
typedef enum {
PSW_SLOTTED_TST_MODE_VETO_FLAG = 0x0001, /* Test mode veto */
PSW_SLOTTED_PE_SMS_VETO_FLAG = 0x0002, /* PE SMS: disabling slotted for paging SMS activity */
PSW_SLOTTED_PE_SR_VETO_FLAG = 0x0004, /* PE Silent retry: disable slotted betwen retries */
PSW_SLOTTED_PE_LOC_VETO_FLAG = 0x0008, /* PE LOC: Loc srv activity (AFLT, ...) */
PSW_SLOTTED_LEC_VETO_FLAG = 0x0010, /* LEC: GPS activity (time sync, ...) */
PSW_SLOTTED_L1D_VETO_FLAG = 0x0020, /* L1D: bad 32k slotted veto */
PSW_SLOTTED_SPARE_VETO_FLAG10 = 0x0040, /* Spare */
PSW_SLOTTED_SPARE_VETO_FLAG9 = 0x0080, /* Spare */
PSW_SLOTTED_SPARE_VETO_FLAG8 = 0x0100, /* Spare */
PSW_SLOTTED_SPARE_VETO_FLAG7 = 0x0200, /* Spare */
PSW_SLOTTED_SPARE_VETO_FLAG6 = 0x0400, /* Spare */
PSW_SLOTTED_SPARE_VETO_FLAG5 = 0x0800, /* Spare */
PSW_SLOTTED_SPARE_VETO_FLAG4 = 0x1000, /* Spare */
PSW_SLOTTED_SPARE_VETO_FLAG3 = 0x2000, /* Spare */
PSW_SLOTTED_SPARE_VETO_FLAG2 = 0x4000, /* Spare */
PSW_SLOTTED_SPARE_VETO_FLAG1 = 0x8000, /* Spare */
} PswSlottedVetoFlagT;
typedef struct
{
PswSlottedVetoFlagT flag;
kal_bool vetoSlotted;
} PswSlottedVetoMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
kal_uint8 SIP_PASSWORD[HLP_MAX_PSWD_LEN];
} PswSetSIPpasswordMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswGetSIPpasswordMsgT;
typedef struct
{
kal_bool Valid;
kal_uint8 Pswd[HLP_MAX_PSWD_LEN];
} PswGetSIPpasswordRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo; /* Response routing information */
} PswGetMIPkeysMsgT;
typedef struct
{
kal_bool Valid;
kal_uint8 MN_AAA_PASSWORD[HLP_MN_PASSWD_MAX_SIZE]; /* MIP AAA Shared Secret*/
kal_uint8 MN_HA_PASSWORD[HLP_MN_PASSWD_MAX_SIZE]; /* MIP HA Shared Secret */
} PswGetMIPkeysRspMsgT;
typedef struct
{
kal_uint32 SPC;
} PswSetSPCMsgT;
/* MSG_ID_PSW_VAL_SET_SO_SUPPORT_MSG */
typedef struct
{
kal_uint16 ServiceOption;
kal_bool Supported;
} PswSetSoSupportMsgT;
/* Must match ETS ps_msg.txt enum
IP Password Update Response.
*/
typedef enum
{
SUCCESS_0,
PS_NOT_POWERED_UP,
DATA_SERVICES_NOT_SUPPORTED,
MOBILE_IP_NOT_SUPPORTED,
PREVIOUS_WRITE_NOT_FINISHED,
DATA_OUT_OF_RANGE,
CHECKSUM_MISMATCH,
SECURITY_CODE_OR_SPC_MISMATCH
,UICC_UPDATE_PROHIBITED
} PswSetSecureDataRspCode;
typedef struct
{
kal_bool Result;
PswSetSecureDataRspCode ResponseCode;
} PswSetSecureDataRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
} PswGetSpcMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
} PswGetSSDMsgT;
typedef struct
{
kal_bool Valid;
kal_uint32 SPC;
} PswGetSpcRspMsgT;
typedef struct
{
kal_bool Valid;
kal_uint8 SSD_A[8];
kal_uint8 SSD_B[8];
} PswGetSSDRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
} PswGetCpBcToCdmaBcMsgT;
typedef struct
{
kal_uint8 namIndex;
kal_uint8 bandClass;
kal_uint32 subBandMask;
kal_uint8 calibTable;
} BandInfoT;
typedef struct
{
kal_uint8 numBandsSupported;
BandInfoT bandInfo[NAM_BANDS_SUPPORTED];
} PswGetCpBcToCdmaBcRspMsgT;
/* Set Lost Scan Ping Frequency message */
typedef struct
{
kal_uint8 Geo_Scan_Ping_Frequency;
kal_uint8 Non_Geo_Scan_Ping_Frequency;
} PswSetLostScanPingFrequencyMsgT;
typedef enum
{
PSW_SET_MDN_SUCCESS,
PSW_SET_MDN_FAIL_INVALID_CHARS,
PSW_SET_MDN_FAIL_INVALID_NUM_DIGITS,
PSW_SET_MDN_END_RESULT
}PswSetMdnResponse;
typedef enum
{
PSW_SET_IMSI_SUCCESS,
PSW_SET_IMSI_FAIL_INVALID_CHARS = 7,
PSW_SET_IMSI_FAIL_INVALID_NUM_DIGITS = 13,
PSW_SET_IMSI_FAIL_INVALID_MCC_CHARS = 14,
PSW_SET_IMSI_FAIL_INVALID_IMSI_11_12_CHARS = 15,
PSW_SET_IMSI_END_RESULT
}PswWriteRawImsiResponse;
typedef struct
{
ExeRspMsgT RspInfo;
char Mdn_Digits[NAM_MAX_MDN_DIGITS]; /* A NULL Terminated String */
} PswWriteRawMDNMsg;
typedef struct
{
PswSetMdnResponse result;
} PswSetRawMDNRspMsg;
typedef struct
{
kal_bool Mode;
} PswUiccFactoryModeMsgT;
typedef enum
{
PSW_PARM_SET_ESN_MEID, /* 0 */
PSW_PARM_GET_ESN_MEID, /* 1 */
PSW_PARM_SET_SPC, /* 2 */
PSW_PARM_GET_SPC, /* 3 */
PSW_PARM_SET_AKEY, /* 4 */
PSW_PARM_GET_AKEY, /* 5 */
PSW_PARM_SET_MSID, /* 6 */
PSW_PARM_GET_MSID, /* 7 */
PSW_PARM_SET_PREV, /* 8 */
PSW_PARM_GET_PREV, /* 9 */
PSW_PARM_SET_POSITIVE_SID_NID_LIST, /* 10 */
PSW_PARM_GET_POSITIVE_SID_NID_LIST, /* 11 */
PSW_PARM_SET_NEGATIVE_SID_NID_LIST, /* 12 */
PSW_PARM_GET_NEGATIVE_SID_NID_LIST, /* 13 */
PSW_PARM_SET_PRI_SEC_CH, /* 14 */
PSW_PARM_GET_PRI_SEC_CH, /* 15 */
PSW_PARM_SET_SYSTEM_SELECT, /* 16 */
PSW_PARM_GET_SYSTEM_SELECT, /* 17 */
PSW_PARM_SET_SLOT_CYCLE_INDEX, /* 18 */
PSW_PARM_GET_SLOT_CYCLE_INDEX, /* 19 */
PSW_PARM_SET_MDN, /* 20 */
PSW_PARM_GET_MDN, /* 21 */
PSW_PARM_SET_PRL_ENABLE, /* 22 */
PSW_PARM_GET_PRL_ENABLE, /* 23 */
PSW_PARM_SET_HOME_SYS_REGISTRATION, /* 24 */
PSW_PARM_GET_HOME_SYS_REGISTRATION, /* 25 */
PSW_PARM_SET_FOREIGN_SID_REGISTRATION, /* 26 */
PSW_PARM_GET_FOREIGN_SID_REGISTRATION, /* 27 */
PSW_PARM_SET_FOREIGN_NID_REGISTRATION, /* 28 */
PSW_PARM_GET_FOREIGN_NID_REGISTRATION, /* 29 */
PSW_PARM_SET_ACCESS_OVERLOAD_CLASS, /* 30 */
PSW_PARM_GET_ACCESS_OVERLOAD_CLASS, /* 31 */
PSW_PARM_SET_CDMA_PREF_BAND, /* 32 */
PSW_PARM_GET_CDMA_PREF_BAND, /* 33 */
PSW_PARM_SET_CDMA_PREF_AorB, /* 34 */
PSW_PARM_GET_CDMA_PREF_AorB, /* 35 */
PSW_PARM_SET_SCM, /* 36 */
PSW_PARM_GET_SCM, /* 37 */
PSW_PARM_SET_PRL_INFO, /* 38 */
PSW_PARM_GET_PRL_INFO, /* 39 */
PSW_PARM_SET_OTAPA_ENABLE, /* 40 */
PSW_PARM_GET_OTAPA_ENABLE, /* 41 */
PSW_PARM_SET_OTA_POWERUP_MODE, /* 42 */
PSW_PARM_GET_OTA_POWERUP_MODE, /* 43 */
PSW_PARM_SET_IMSI_S1, /* 44 */
PSW_PARM_GET_IMSI_S1, /* 45 */
PSW_PARM_SET_IMSI_S2, /* 46 */
PSW_PARM_GET_IMSI_S2, /* 47 */
PSW_PARM_SET_SPC_CHANGE_ENABLE, /* 48 */
PSW_PARM_GET_SPC_CHANGE_ENABLE, /* 49 */
PSW_PARM_SET_SPASM_ENABLE, /* 50 */
PSW_PARM_GET_SPASM_ENABLE, /* 51 */
PSW_PARM_SET_SID_NID_LIST_SP, /* 52 */
PSW_PARM_GET_SID_NID_LIST_SP, /* 53 */
PSW_PARM_SET_DISTANCE_BASED_PARMS, /* 54 */
PSW_PARM_GET_DISTANCE_BASED_PARMS, /* 55 */
PSW_PARM_SET_ENCODED_MSID, /* 56 */
PSW_PARM_GET_ENCODED_MSID, /* 57 */
PSW_PARM_SET_ENABLE_OTA, /* 58 */
PSW_PARM_GET_ENABLE_OTA, /* 59 */
PSW_PARM_SET_PREF_HOME_MO_SO, /* 60 */
PSW_PARM_GET_PREF_HOME_MO_SO, /* 61 */
PSW_PARM_SET_PREF_ROAM_MO_SO, /* 62 */
PSW_PARM_GET_PREF_ROAM_MO_SO, /* 63 */
PSW_PARM_SET_PREF_HOME_MT_SO, /* 64 */
PSW_PARM_GET_PREF_HOME_MT_SO, /* 65 */
PSW_PARM_SET_UNUSED_1, /* 66 AVAILABLE for use */
PSW_PARM_GET_UNUSED_1, /* 67 AVAILABLE for use */
PSW_PARM_SET_A21_MS_SUBSCRIPTION_INFO, /* 68 */
PSW_PARM_GET_A21_MS_SUBSCRIPTION_INFO, /* 69 */
PSW_PARM_GET_SLOTTED_MODE_ALLOWED_OBSOLETE, /* 70 */
PSW_PARM_SET_VOICE_SERVICE_ALLOWED, /* 71 */
PSW_PARM_GET_VOICE_SERVICE_ALLOWED, /* 72 */
PSW_PARM_SET_ROAM_SETTING_DOMESTIC_VOICE, /* 73 */
PSW_PARM_GET_ROAM_SETTING_DOMESTIC_VOICE, /* 74 */
PSW_PARM_SET_ROAM_SETTING_DOMESTIC_DATA, /* 75 */
PSW_PARM_GET_ROAM_SETTING_DOMESTIC_DATA, /* 76 */
PSW_PARM_SET_ROAM_SETTING_INTERNATIONAL_VOICE, /* 77 */
PSW_PARM_GET_ROAM_SETTING_INTERNATIONAL_VOICE, /* 78 */
PSW_PARM_SET_ROAM_SETTING_INTERNATIONAL_DATA, /* 79 */
PSW_PARM_GET_ROAM_SETTING_INTERNATIONAL_DATA, /* 80 */
PSW_PARM_SET_DDTM_MODE_ENABLED, /* 81 */
PSW_PARM_GET_DDTM_MODE_ENABLED, /* 82 */
PSW_PARM_SET_SO_SUPPORT, /* 83 */
PSW_PARM_GET_SO_SUPPORT, /* 84 */
PSW_PARM_SET_SLOTTED_MODE_ALLOWED = 85, /* for ETS compatibility with platform not having 71 to 84 in ETS definitions */
PSW_PARM_GET_SLOTTED_MODE_ALLOWED,
PSW_PARM_SET_SIM_QPCH_ENABLED,
PSW_PARM_GET_SIM_QPCH_ENABLED,
PSW_PARM_SET_DIV_SUPPORT,
PSW_PARM_GET_DIV_SUPPORT,
PSW_PARM_SET_QPCH_ENABLE_DYNAMIC_CTRL,
PSW_PARM_GET_QPCH_ENABLE_DYNAMIC_CTRL,
PSW_PARM_SET_QPCH_CCI_ENABLED,
PSW_PARM_GET_QPCH_CCI_ENABLED,
PSW_PARM_SET_1XADV_ENABLED,
PSW_PARM_GET_1XADV_ENABLED,
PSW_PARM_SET_SO73_CONTROL,
PSW_PARM_GET_SO73_CONTROL,
PSW_PARM_SET_DFS_ECIO_THRESH,
PSW_PARM_GET_DFS_ECIO_THRESH,
PSW_PARM_SET_IC_MODE,
PSW_PARM_GET_IC_MODE,
PSW_PARM_VALAT_SET_PRL_ENABLE,
PSW_PARM_VALAT_GET_PRL_ENABLE,
#ifdef MTK_CBP
PSW_PARM_SET_ROAM_SETTING_BITMAP, /* bitmap of all roaming setting */
PSW_PARM_GET_ROAM_SETTING_BITMAP, /* bitmap of all roaming setting */
#endif
/* IMPORTANT:
when adding new parameters to the list, add BOTH SET and GET,
even if one of them is not used/implemented */
PSW_PARM_OPERATION_ID_END_LIST
} PswParmOperationId;
typedef enum
{
PSW_PARM_OPERATION_SUCCESS,
PSW_PARM_OPERATION_FAIL_READ_NOT_ALLOWED,
PSW_PARM_OPERATION_FAIL_WRITE_NOT_ALLOWED,
PSW_PARM_OPERATION_NOT_ALLOWED_IN_PS_STATE,
PSW_PARM_OPERATION_FAIL_INVALID_PTR,
PSW_PARM_OPERATION_FAIL_INVALID_LENGTH,
PSW_PARM_OPERATION_FAIL_INVALID_AKEY_CHECKSUM,
PSW_PARM_OPERATION_FAIL_SET_MSID_INVALID_CHARS,
PSW_PARM_OPERATION_FAIL_INVALID_CHANNEL,
PSW_PARM_OPERATION_GENERAL_FAILURE,
PSW_PARM_OPERATION_FAIL_SET_MDN_INVALID_CHARS,
PSW_PARM_OPERATION_FAIL_SET_MDN_INVALID_NUM_DIGITS,
PSW_PARM_OPERATION_NO_CHANGE_IN_VALUE,
PSW_PARM_OPERATION_FAIL_VALUE_OUT_OF_RANGE,
PSW_PARM_OPERATION_FAIL_SET_MSID_INVALID_NUM_DIGITS,
PSW_PARM_OPERATION_FAIL_SET_MSID_INVALID_MCC_CHARS,
PSW_PARM_OPERATION_FAIL_SET_MSID_INVALID_IMSI_11_12_CHARS,
PSW_PARM_OPERATION_FAIL_PRL_INVALID,
PSW_PARM_OPERATION_FAIL_IMSI_DIGITS_OUT_OF_RANGE,
PSW_PARM_OPERATION_FAIL_OP_TYPE_NOT_SUPPORTED,
PSW_PARM_OPERATION_FAIL_DEFAULT_NOT_DEFINED,
PSW_PARM_OPERATION_FAIL_DEFAULT_NOT_SUPPORTED_FOR_PARM,
PSW_PARM_OPERATION_FAIL_SERVICE_OPTION_NOT_SUPPORTED,
PSW_PARM_OPERATION_FAIL_UICC_WRITE_ERROR,
PSW_PARM_OPERATION_FAIL_UICC_PARM_NOT_UPDATEABLE,
PSW_PARM_OPERATION_RESULT_END_LIST
}PswParmAccessResultCode;
typedef enum
{
UPDATE_MSID_IMSI_M,
UPDATE_MSID_IMSI_T,
UPDATE_MSID_LIST_END
} PswMsidFieldToUpdate;
typedef enum
{
PSW_PARM_ESN,
PSW_PARM_MEID,
PSW_PARM_SPC,
PSW_PARM_POS_SID_NID_LIST,
PSW_PARM_NEG_SID_NID_LIST,
PSW_PARM_SYSTEM_SELECT,
PSW_PARM_PRI_SEC_CH,
PSW_PARM_AKEY,
PSW_PARM_MSID,
PSW_PARM_ID_END
} PswParmID;
typedef enum
{
PSW_PARM_MIN_VALUE,
PSW_PARM_MAX_VALUE,
PSW_PARM_DEFAULT_VALUE,
PSW_PARM_CUSTOM_VALUE,
PSW_PARM_OP_TYPE_LIST_END
} PswParmOperationType;
typedef struct
{
kal_uint64 meid;
kal_uint32 esn;
kal_uint64 akey;
MobileIDType type;
} PswEsnMeid_APIStruct;
typedef struct
{
kal_uint64 Akey;
kal_uint32 checkSum;
} PswAkey_APIStruct;
typedef struct
{
kal_uint8 PRev;
} PswPRev_APIStruct;
typedef struct
{
kal_uint8 SCM[NAM_BANDS_SUPPORTED];
} PswSCM_APIStruct;
typedef struct
{
kal_uint16 SID[MAX_POSITIVE_SIDS];
kal_uint16 NID[MAX_POSITIVE_SIDS];
kal_uint32 max_count_in_List;
} PswSIDNIDList_APIStruct;
typedef struct
{
kal_uint32 SPC;
} PswSPC_APIStruct;
typedef struct
{
SystemSelectType systemSelect;
} PswSysSelect_APIStruct;
typedef struct
{
kal_bool setA;
kal_uint16 CPC_A;
kal_uint16 CSC_A;
kal_bool setB;
kal_uint16 CPC_B;
kal_uint16 CSC_B;
} PswPriSecCh_APIStruct;
typedef struct
{
PswMsidFieldToUpdate UpdateField;
char Imsi_Digits[MAX_IMSI_S_DIGITS]; /* A NULL Terminated String */
kal_uint8 UpdateIMSI_11_12;
char IMSI_11_12[MAX_MNC_DIGITS]; /* A NULL Terminated String */
kal_uint8 UpdateMCC;
char MCC[MAX_MCC_DIGITS]; /* A NULL Terminated String */
kal_uint8 overwrite_mdn_with_imsi_s;
} PswSetRawMSID_APIStruct;
typedef struct
{
PswMsidFieldToUpdate UpdateField;
char Imsi_Digits[MAX_IMSI_S1_DIGITS]; /* A NULL Terminated String */
} PswSetIMSIS1_APIStruct;
typedef struct
{
PswMsidFieldToUpdate UpdateField;
char Imsi_Digits[MAX_IMSI_S2_DIGITS]; /* A NULL Terminated String */
} PswSetIMSIS2_APIStruct;
typedef struct
{
PswMsidFieldToUpdate Field;
} PswGetIMSIS12_APIStruct;
typedef struct
{
PswMsidFieldToUpdate Field;
kal_uint8 Imsi_Digits[MAX_IMSI_S1_DIGITS]; /* A NULL Terminated String */
} PswGetIMSIS1Rsp_APIStruct;
typedef struct
{
PswMsidFieldToUpdate Field;
kal_uint8 Imsi_Digits[MAX_IMSI_S2_DIGITS]; /* A NULL Terminated String */
} PswGetIMSIS2Rsp_APIStruct;
typedef struct
{
kal_uint8 PrefMode;
} PswPrefMode_APIStruct;
typedef struct
{
ExeRspMsgT RspInfo;
PswSetRawMSID_APIStruct RawImsi;
} PswWriteRawIMSIMsgT;
typedef struct
{
PswWriteRawImsiResponse result;
} PswSetRawIMSIRspMsg;
typedef struct
{
kal_uint8 ValidIMSImap; /* bit0: IMSI_M, bit1:IMSI_T */
kal_uint8 M_MCC[3]; /* MCC raw digits */
kal_uint8 M_IMSI_11_12[2]; /* M_IMSI_11_12 raw digits */
kal_uint8 M_IMSI_S[10]; /* M_IMSI_S raw digits */
kal_uint8 M_IMSI_Class;
kal_uint8 M_AddrNum;
kal_uint8 T_MCC[3]; /* MCC raw digits */
kal_uint8 T_IMSI_11_12[2]; /* M_IMSI_11_12 raw digits */
kal_uint8 T_IMSI_S[10]; /* M_IMSI_S raw digits */
kal_uint8 T_IMSI_Class;
kal_uint8 T_AddrNum;
kal_uint8 Mdn[NAM_MAX_MDN_DIGITS]; /* MDN max 16 digits */
kal_uint8 MDN_NUM_DIGITS; /* MDN number digits */
kal_uint8 ACCOLCp; /* access overload class */
} PswGetRawMSID_APIStruct;
typedef struct
{
PswMsidFieldToUpdate Field;
} PswGetEncodedMSIDMsg_APIStruct;
typedef struct
{
PswMsidFieldToUpdate Field; /*IMSI_M or IMSI_T*/
kal_uint16 mcc; /* Mobile Country Code */
kal_uint8 imsi_11_12; /* 7 bit IMSI_11_12 */
kal_uint16 imsi_s2; /* 10 bit IMSI_S2 value */
kal_uint32 imsi_s1; /* 24 bit IMSI_S1 value */
kal_uint8 imsiClass; /* CP_IMSI_CLASS_0/1 indication */
kal_uint8 addrNum; /* number of digits in NMSI - 4 */
} PswGetEncodedMSIDRsp_APIStruct;
typedef struct
{
PswMsidFieldToUpdate Field; /*IMSI_M or IMSI_T*/
kal_bool updateMcc;
kal_uint16 mcc; /* Mobile Country Code */
kal_bool updateImsi_11_12;
kal_uint8 imsi_11_12; /* 7 bit IMSI_11_12 */
kal_bool updateImsi_s2;
kal_uint16 imsi_s2; /* 10 bit IMSI_S2 value */
kal_bool updateImsi_s1;
kal_uint32 imsi_s1; /* 24 bit IMSI_S1 value */
kal_bool updateImsiClass;
kal_uint8 imsiClass; /* CP_IMSI_CLASS_0/1 indication */
kal_bool updateAddrNum;
kal_uint8 addrNum; /* number of digits in NMSI - 4 */
} PswSetEncodedMSID_APIStruct;
typedef struct
{
kal_uint8 Slot_Cycle_Index;
} PswSlotCycleIndex_APIStruct;
typedef struct
{
char Mdn_Digits[NAM_MAX_MDN_DIGITS]; /* A NULL Terminated String - Max length
of 16 */
} PswRawMdn_APIStruct;
typedef struct
{
kal_bool Prl_Enable;
} PswPrlEnable_APIStruct;
typedef struct
{
kal_bool Home_System_Registration;
} PswHomeSysReg_APIStruct;
typedef struct
{
kal_bool Foreign_Sid_Registration;
} PswForeignSidReg_APIStruct;
typedef struct
{
kal_bool Foreign_Nid_Registration;
} PswForeignNidReg_APIStruct;
typedef struct
{
kal_uint8 Accolc;
} PswAccolc_APIStruct;
typedef enum
{
ENG_PREF_SYS_A,
ENG_PREF_SYS_B,
ENG_PREF_SYS_A_ONLY,
ENG_PREF_SYS_B_ONLY,
CDMA_PREF_AorB_END
} PswCdmaPrefAorB;
typedef struct
{
PswCdmaPrefAorB CDMAAorB;
} PswPrefCDMA_AorB_APIStruct;
typedef enum
{
ENG_PREF_BAND_0,
ENG_PREF_BAND_1,
ENG_PREF_BAND_0_ONLY,
ENG_PREF_BAND_1_ONLY,
ENG_PREF_BAND_2_ONLY,
ENG_PREF_BAND_3_ONLY,
ENG_PREF_BAND_4_ONLY,
ENG_PREF_BAND_5_ONLY,
ENG_PREF_BAND_6_ONLY,
ENG_PREF_BAND_7_ONLY,
ENG_PREF_BAND_8_ONLY,
ENG_PREF_BAND_9_ONLY,
ENG_PREF_BAND_10_ONLY,
ENG_PREF_BAND_11_ONLY,
ENG_PREF_BAND_12_ONLY,
ENG_PREF_BAND_13_ONLY,
ENG_PREF_BAND_14_ONLY,
ENG_PREF_BAND_15_ONLY,
ENG_PREF_BAND_16_ONLY,
ENG_NO_PREF_BAND=255,
CDMA_PREF_BAND_END
} PswCdmaPrefBand;
typedef struct
{
PswCdmaPrefBand prefBand;
} PswPrefCDMA_Band_APIStruct;
typedef struct
{
kal_bool pref_only;
kal_uint16 prlId;
kal_uint8 prl_prev;
kal_uint8 defaultRoamInd;
} PswPrlInfo_APIStruct;
typedef struct
{
kal_bool OTAPAEnable;
} PswOTAPAEnable_APIStruct;
typedef struct
{
kal_bool SPCChangeEnable;
} PswSPCChangeEnable_APIStruct;
typedef struct
{
kal_bool SPASMEnable;
} PswSPASMEnable_APIStruct;
typedef struct
{
kal_bool EnableOTA;
}PswEnableOTA_APIStruct;
typedef struct
{
kal_uint8 Mode; /* See enum OtaCompletePowerupModeType */
} PswOTAPowerupMode_APIStruct;
typedef struct
{
kal_int32 BASE_LAT_REGsp;
kal_int32 BASE_LONG_REGsp;
kal_uint16 REG_DIST_REGsp;
} PswDistanceBasedParms_APIStruct;
typedef struct
{
kal_bool ValidSidNidEntry;
kal_uint16 sid; /* system id */
kal_uint16 nid; /* network id */
kal_uint16 ageTimer; /* age limit in seconds */
kal_bool timerEnabled;
kal_uint8 block; /* PCS block or serving system */
SysCdmaBandT bandClass;
} PswSidNidListsp_APIStruct;
typedef struct
{
kal_uint8 Len;
kal_uint8 A21MsSubscriptionInfo[PSW_MAX_A21_MS_SUBS_INFO_LEN];
} PswA21MsSubscriptionInfo_APIStruct;
typedef struct
{
kal_bool RoamingSetting;
} PswRoamingSetting_APIStruct;
typedef struct
{
/*
* ROAM_SETTING_DOMESTIC_VOICE 0x01 Sprint Allow voice roaming on domestic system
* ROAM_SETTING_DOMESTIC_DATA 0x02 Sprint Allow data roaming on domestic system
* ROAM_SETTING_INT_VOICE 0x04 Sprint Allow voice romaing on international system
* ROAM_SETTING_INT_DATA 0x08 Sprint Allow data roaming on international system
* ROAM_SETTING_LTE_DATA 0x10 Sprint Allow LTE data roaming, not used in C2K saved only for AP get */
kal_uint8 RoamingSettingBitMap;
} PswRoamingSettingBitMap_APIStruct;
typedef struct
{
kal_uint16 ServiceOption;
kal_bool Supported;
} PswSOSupport_APIStruct;
typedef struct
{
kal_uint16 ServiceOption;
} PswGetSOSupport_APIStruct;
typedef enum
{
DIV_OFF,
DIV_ON_DYNAMIC,
DIV_UNDEFINED,
DIV_ON_STATIC
}PswPhyDiversityModeT; /* must map into DSPM API IC Mode */
typedef struct
{
PswPhyDiversityModeT EnabledDiv;
} PswDivSupport_APIStruct;
typedef struct
{
kal_bool SO73Enabled;
kal_bool SO73WBEnabled;
} PswSO73Control_APIStruct;
typedef struct
{
kal_bool Cdma1xAdvEnabled;
} Psw1xAdvEnabled_APIStruct;
typedef struct
{
kal_uint8 Strength;
} PswDfsEcIoThresh_APIStruct;
typedef enum
{
IC_NORMAL,
IC_DBG_SRCH_DLY,
IC_DBG_IC_DLY,
IC_DBG_BYPASS,
IC_OFF = 0xF
}PswPhyICModeT; /* must map into DSPM API IC Mode */
typedef struct
{
PswPhyICModeT ICMode;
} PswPhyICMode_APIStruct;
typedef enum
{
MS_MODE_UNKNOWN,
MSA,
MSB,
MSS,
/*ControlPlane=4 is changed to ControlPlne=8, for klocwork warning,corresponding to ValGpsFixModeT*/
ControlPlane=8,
SUPL_MSA,
SUPL_MSB,
}GPS_FIX_MODE;
typedef struct
{
kal_uint32 InstanceID;
GPS_FIX_MODE FixMode;
kal_uint32 NumFixes;
kal_uint32 TimeBFixes;
kal_uint32 HorizontalAccuracy;
kal_uint32 VerticalAccuracy;
kal_uint32 PseudorangeAccuracy;
kal_bool OnCTNtwk;
#ifdef MTK_DEV_GPSONE_ON_LTE
kal_int32 RatMode;
#endif
kal_uint32 Performance;
kal_uint8 GpsMode;
kal_uint8 flag_gps; //0--AP, 1--3rd, 2--others
} PswIs801SessionStartMsgT;
typedef struct
{
kal_uint32 InstanceID;
kal_uint8 flag_gps; //0--AP, 1--3rd, 2--others
}PswIs801SessCancelReqMsgT;
typedef struct
{
kal_uint32 Index;
}PswIs801TimerExpMsgT;
typedef struct
{
kal_bool Success;
}PswIs801TcpConnStatusMsgT;
typedef struct
{
kal_uint32 EphSysTime;
kal_uint32 AlmSysTime;
kal_uint32 EphTimeInterval;
kal_uint32 AlmTimeInterval;
}PswIs801EphAlmSystimeMsgT;
typedef struct
{
kal_uint32 InstanceID;
}PswIs801MssDoneMsgT;
typedef struct
{
kal_uint8 enable;
}PswIs801NmeaOutputSettingMsgT;
typedef struct
{
kal_uint8 Conn;
kal_uint32 InstID;
}PswIs801MpcConnStatusMsgT;
typedef struct
{
kal_uint8 CustomerId;
}PswIs801CustomerSettingMsgT;
typedef struct
{
kal_uint16 refPn;
kal_uint32 refTime;
kal_uint16 timeOffset;
}PswLecSessionEndRspMsgT;
typedef struct
{
kal_uint16 PrefHomeMOServiceOption;
}PswPrefHomeMOSO_APIStruct;
typedef struct
{
kal_uint16 PrefRoamMOServiceOption;
}PswPrefRoamMOSO_APIStruct;
typedef struct
{
kal_uint16 PrefHomeMTServiceOption;
}PswPrefHomeMTSO_APIStruct;
typedef struct
{
kal_bool isVoiceServiceAllowed;
} PswVoiceMode_APIStruct;
typedef struct
{
kal_bool isDdtmEnabled;
} PswDdtmEnable_APIStruct;
typedef struct
{
kal_bool Enabled;
} PswFeatureEnabled_APIStruct;
typedef struct
{
kal_bool Enabled;
kal_uint16 ThreshLow;
kal_uint16 ThreshHigh;
} PswQpchEnableDynamicCtrl_APIStruct;
#ifdef FIELD_TEST_DATA
typedef struct
{
kal_uint16 SchMux;
kal_uint8 SchRc;
kal_uint8 SchStatus;
kal_uint16 SchDuration;
kal_uint8 SchRate;
} PswSchCcT;
typedef struct
{
kal_uint8 cpState; /*CP state*/
kal_uint16 channel; /* Current channel number */
kal_uint16 bandClass; /* Current band class */
kal_uint16 pilotPNOffset; /* Pilot PN offset */
kal_uint8 pageChannel; /* Current page channel Walsh code*/
kal_uint8 pageChanRate; /*page channel rate, 0 is full rate(9600), 1 is half rate(4800)*/
kal_uint8 block; /* Current CDMA block */
kal_uint16 sid; /* System ID */
kal_uint16 nid; /* Network ID */
kal_uint8 SysDetIndication; /* Reason for entering System Determination */
kal_uint8 roam; /* Roam status */
kal_uint16 baseId; /* Base station ID */
kal_uint16 regZone; /* registration zone */
kal_uint32 baseLat; /* latitude from base last registered on */
kal_uint32 baseLong; /* longitude from base last registered on */
kal_uint8 P_REV; /* Protocol Revision Level (from Sync Channel Message)*/
kal_uint8 MIN_P_REV; /* Minimum protocol revision required by MS (from Sync Channel Message)*/
kal_uint8 networkPrefSCI; /* max slot cycle index value */
kal_bool slotMode; /* slotted Mode (Enabled Or Disable) */
kal_bool qpchMode; /* qpch Mode (Enabled Or Disable) */
kal_uint16 mcc; /* Mobile Country Code (from extended system parameter message)*/
kal_uint8 imsi_11_12; /* Mobile Network Code (from extended system parameter message)*/
kal_uint8 SSPR_P_REV_INUSE; /* Current PRL Protocol Revision */
kal_uint8 currentPacketZoneID; /* Current packet zone ID */
kal_uint16 serviceOption; /* Current Service Option */
PswSchCcT forSch0Cc; /* Channel configuration of forward supplement channel */
PswSchCcT revSch0Cc; /* channel configuration of reverse supplement channel */
kal_int16 rxPower; /* Rx power */
kal_int16 txPower; /* Tx power */
kal_uint16 pilotPN[SYS_CP_MAX_ACTIVE_LIST_PILOTS]; /* Pilot PN of the list in active set */
kal_uint16 pilotEcIo[SYS_CP_MAX_ACTIVE_LIST_PILOTS]; /* Pilot Ec/Io of the list in active set */
kal_uint16 pilotPhase[SYS_CP_MAX_ACTIVE_LIST_PILOTS]; /* Pilot phase of the list in active set*/
kal_uint8 numInActiveSet; /* Number of records in active set */
kal_uint16 candPilotPN[SYS_CP_MAX_CANDIDATE_LIST_PILOTS]; /* Pilot PN of the list in candidate set */
kal_uint16 candPilotEcIo[SYS_CP_MAX_CANDIDATE_LIST_PILOTS]; /* Pilot Ec/Io of the list in candidate set */
kal_uint16 candPilotPhase[SYS_CP_MAX_CANDIDATE_LIST_PILOTS]; /* Pilot phase of the list in candidate set*/
kal_uint8 numInCandSet; /* Number of records in candidate set */
kal_uint16 nghbrPilotPN[SYS_CP_MAX_NEIGHBOR_LIST_PILOTS]; /* Pilot PN of the list in neighbor set */
kal_uint16 nghbrPilotEcIo[SYS_CP_MAX_NEIGHBOR_LIST_PILOTS]; /* Pilot Ec/Io of the list in neighbor set */
kal_uint16 nghbrPilotPhase[SYS_CP_MAX_NEIGHBOR_LIST_PILOTS]; /* Pilot phase of the list in neighbor set*/
kal_uint8 numInNghbrSet; /* Number of records in neighbor set */
kal_uint16 FER; /* Frame Error Rate per thousand */
kal_uint16 TxAdj; /* Adjust gain of the Tx power */
kal_uint32 total_msg; /* Number of paging ch messages received */
kal_uint32 error_msg; /* Number of paging ch messages with bad crc */
kal_uint16 acc_1; /* number of layer 3 requests messages generated */
kal_uint16 acc_2; /* number of layer 3 response messages generated */
kal_uint16 acc_8; /* number of unsuccessful access attempts */
kal_uint16 dpchLoss_count; /* Count of paging ch declared */
kal_uint16 dtchLoss_count; /* Count of dedicated traffic CH Loss*/
kal_uint32 idleHO_count; /* Count of idle handoff*/
kal_uint16 hardHO_count; /* Count of hard handoff*/
kal_uint16 interFreqIdleHO_count; /* Count of inter_Freq idle handoff*/
kal_uint16 MO_count; /* Count of successful MS ORIGINATED */
kal_uint16 MT_count; /* Count of successful MS TERMINATED */
kal_uint16 powerDownReg_count; /* Count of power down registration */
kal_uint16 timeBasedReg_count; /* Count of time based registration */
kal_uint16 parameterReg_count; /* Count of parameter change registration */
kal_uint16 powerUpReg_count; /* Count of power up registration */
kal_uint16 orderedReg_count; /* Count of ordered registration */
kal_uint16 zoneBasedReg_count; /* Count of zone based registration */
kal_uint16 distanceBasedReg_count; /* Count of distance based registration */
kal_uint16 silentryRetryTimeout_count; /* Count of silentry retry timeout */
kal_uint16 T40_count; /* Count of T40m timeout */
kal_uint16 T41_count; /* Count of T41m timeout */
kal_uint16 T50_count; /* Count of T50m timeout */
kal_uint16 T51_count; /* Count of T51m timeout */
kal_uint16 T52_count; /* Count of T52m timeout */
kal_uint16 T55_count; /* Count of T55m timeout */
kal_uint16 T_ADD;
kal_uint16 T_DROP;
kal_uint16 T_COMP;
kal_uint16 T_tDROP;
}PswFTDParaT;
#endif
#ifdef MTK_DEV_ENGINEER_MODE
/* This structure is defined for Engineer mode developement, all items in it is 1xEV-DO related and needs to be reported to AP.*/
typedef struct
{
kal_uint8 bandClass; /* 1xEV-DO current band class. */
kal_uint16 channel; /* 1xEV-DO current channel number. */
kal_uint16 pilotPN; /* 1xEV-DO pilot PN. */
kal_uint8 phySubtype; /* 1xEV-DO phy subtype. */
double rssi_dbm; /* 1xEV-DO RSSI_dbm. */
kal_uint8 sectorID[16]; /* 1xEV-DO Sector ID. */
kal_uint8 subnetMask; /* 1xEV-DO subnetmask. */
kal_uint8 colorCode; /* 1xEV-DO color Code. */
kal_uint8 uati[16]; /* 1xEV-DO UATI 024. */
kal_uint8 pilotInc; /* 1xEV-DO pilotInc. */
kal_uint8 activeSetSchWin; /* 1xEV-DO activeSet Search Window. */
kal_uint8 neighborSetSchWin; /* 1xEV-DO neighborSet Search Window. */
kal_uint8 remainSetSchWin; /* 1xEV-DO remainSet Search Window. */
kal_uint8 sameFreq_T_ADD; /* 1xEV-DO T_ADD with same channel. */
kal_uint8 sameFreq_T_DROP; /* 1xEV-DO T_DROP with same channel. */
kal_uint8 sameFreq_T_tDROP; /* 1xEV-DO T_tDROP with same channel. */
kal_uint8 diffFreq_T_ADD; /* 1xEV-DO T_ADD with different channel. */
kal_uint8 diffFreq_T_DROP; /* 1xEV-DO T_DROP with different channel. */
kal_uint8 diffFreq_T_tDROP; /* 1xEV-DO T_tDROP with different channel. */
kal_uint8 numInActiveSet; /* 1xEV-DO active set number. */
kal_uint16 activePilotPN[SYS_CP_MAX_ACTIVE_LIST_PILOTS]; /* 1xEV-DO activePilotPN. */
kal_int16 activePilotEcIo[SYS_CP_MAX_ACTIVE_LIST_PILOTS]; /* 1xEV-DO activePilotEcIo. */
kal_uint8 activeDrcCover[SYS_CP_MAX_ACTIVE_LIST_PILOTS]; /* 1xEV-DO activeDrcCover. */
kal_uint8 numInCandSet; /* 1xEV-DO candidate set number. */
kal_uint8 candBand[SYS_CP_MAX_CANDIDATE_LIST_PILOTS]; /* 1xEV-DO band of candidate set. */
kal_uint16 candChannel[SYS_CP_MAX_CANDIDATE_LIST_PILOTS]; /* 1xEV-DO channel of candidate set. */
kal_uint16 candPilotPN[SYS_CP_MAX_CANDIDATE_LIST_PILOTS]; /* 1xEV-DO pilotPN of candidate set. */
kal_int16 candPilotEcIo[SYS_CP_MAX_CANDIDATE_LIST_PILOTS]; /* 1xEV-DO pilotEcIo of candidate set. */
kal_uint8 numInNghbrSet; /* 1xEV-DO neighbor set numer. */
kal_uint8 nghbrBand[SYS_MAX_NEIGHBOR_LIST_PILOTS]; /* 1xEV-DO band of neighbor set. */
kal_uint16 nghbrChannel[SYS_MAX_NEIGHBOR_LIST_PILOTS]; /* 1xEV-DO channel of neighbor set. */
kal_uint16 nghbrPilotPN[SYS_MAX_NEIGHBOR_LIST_PILOTS]; /* 1xEV-DO pilotPN of neighbor set. */
kal_int16 nghbrPilotEcIo[SYS_MAX_NEIGHBOR_LIST_PILOTS]; /* 1xEV-DO pilotEcIo of neighbor set. */
kal_int32 c_i; /* 1xEV-DO C/I. */
kal_uint8 drcAverageValue; /* 1xEV-DO drcAverageValue. */
kal_uint32 ftcCrcErrorCount; /* 1xEV-DO ftcCrcErrorCount. */
kal_uint32 ftcTotalCount; /* 1xEV-DO ftcTotalCount. */
kal_uint8 syncCrcErrorRatio; /* 1xEV-DO syncCrcErrorRatio. */
kal_uint16 averageTbsize; /* 1xEV-DO averageTbsize. */
kal_uint32 rtcRetransmitCount; /* 1xEV-DO rtcRetransmitCount. */
kal_uint32 rtcTransmitTotalCount; /* 1xEV-DO rtcTransmitTotalCount. */
kal_int16 txPower; /* 1xEV-DO txPower.*/
kal_int16 pilotPower; /* 1xEV-DO pilotPower. */
kal_uint8 rab_1_ratio; /* 1xEV-DO rab_1_ratio. */
kal_uint8 sessionState; /* 1xEV-DO Session state. */
kal_uint8 atState; /* 1xEV-DO AT state. */
kal_uint8 almpState; /* 1xEV-DO ALMP state. */
kal_uint8 inspState; /* 1xEV-DO INSP state. */
kal_uint8 idpState; /* 1xEV-DO IDP state. */
kal_uint8 ompState; /* 1xEV-DO OMP state. */
kal_uint8 cspState; /* 1xEV-DO CSP state. */
kal_uint8 rupState; /* 1xEV-DO RUP state. */
}PswFTDDoParaT;
#endif
MobileIDType ValGetMobileIdType(void);
/**********MS-Based*********************/
typedef struct _GPS_POSITION_ERROR {
kal_uint32 dwHorizontalErrorAlong;
kal_uint32 dwHorizontalErrorAngle;
kal_uint32 dwHorizontalErrorPerp;
kal_uint32 dwVerticalError;
kal_uint32 dwHorizontalConfidence;
} GPS_POSITION_ERROR,*PGPS_POSITION_ERROR;
typedef enum
{
GPS_FIX_INVALID,
GPS_FIX_NORMAL,
GPS_FIX_DIEF
} GPS_FIX_QUALITY;
typedef enum
{
GPS_FIX_NONE,
GPS_FIX_ESTIMATED,
GPS_FIX_2D,
GPS_FIX_DIFF_2D,
GPS_FIX_3D,
GPS_FIX_DIFF_3D
} GPS_FIX_TYPE;
typedef enum
{
GPS_FIX_3D_AUTO,
GPS_FIX_2D_MANU
}GPS_FIX_SELECTION;
typedef struct GPS_Nav_Data_Struct /*GN GPS Navigation solution data*/
{
kal_uint32 Local_TTag; /* Local receiver time-tag since start-up [msec]*/
kal_uint32 OS_Time_ms; /* Local Operating System Time [msec]*/
kal_uint16 Year; /* UTC Year A.D. [eg 2006]*/
kal_uint16 Month; /* UTC Month into the year [range 1..12]*/
kal_uint16 Day; /* UTC Days into the month [range 1..31]*/
kal_uint16 Hours; /* UTC Hours into the day [range 0..23]*/
kal_uint16 Minutes; /* UTC Minutes into the hour [range 0..59]*/
kal_uint16 Seconds; /* UTC Seconds into the hour [range 0..59]*/
kal_uint16 Milliseconds; /* UTC Milliseconds into the second [range 0..999]*/
signed short Gps_WeekNo; /* GPS Week Number*/
#if !(defined(MTK_PLT_ON_PC) && defined(MTK_PLT_ON_PC_UT))
double Gps_TOW; /* Corrected GPS Time of Week [seconds]*/
double UTC_Correction; /* Current (GPS-UTC) time difference [seconds]*/
double X; /* WGS84 ECEF X Cartesian coordinate [m]*/
double Y; /* WGS84 ECEF Y Cartesian coordinate [m]*/
double Z; /* WGS84 ECEF Z Cartesian coordinate [m]*/
double Latitude; /* WGS84 Latitude [degrees, positive North]*/
double Longitude; /* WGS84 Longitude [degrees, positive East]*/
#else
float Gps_TOW; /* Corrected GPS Time of Week [seconds]*/
float UTC_Correction; /* Current (GPS-UTC) time difference [seconds]*/
float X; /* WGS84 ECEF X Cartesian coordinate [m]*/
float Y; /* WGS84 ECEF Y Cartesian coordinate [m]*/
float Z; /* WGS84 ECEF Z Cartesian coordinate [m]*/
float Latitude; /* WGS84 Latitude [degrees, positive North]*/
float Longitude; /* WGS84 Longitude [degrees, positive East]*/
#endif
float Altitude_Ell; /* Altitude above WGS84 Ellipsoid [m]*/
float Altitude_MSL; /* Altitude above Mean Sea Level [m]*/
float SpeedOverGround; /* 2-dimensional Speed Over Ground [m/s]*/
float CourseOverGround; /* 2-dimensional Course Over Ground [degrees]*/
float VerticalVelocity; /* Vertical velocity [m/s]*/
float N_AccEst; /* Northing 1-sigma (67%) Accuracy estimate [m]*/
float E_AccEst; /* Easting 1-sigma (67%) Accuracy estimate [m]*/
float V_AccEst; /* Vertical 1-sigma (67%) Accuracy estimate [m]*/
float H_AccMaj; /* Horizontal error ellipse semi-major axis [m]*/
float H_AccMin; /* Horizontal error ellipse semi-minor axis [m]*/
float H_AccMajBrg; /* Bearing of the semi-major axis [degrees]*/
float HVel_AccEst; /* Horizontal Velocity 1-sigma (67%) Accuracy estimate [m/s]*/
float VVel_AccEst; /* Vertical Velocity 1-sigma (67%) Accuracy estimate [m/s]*/
float PR_ResRMS; /* Standard dev of the PR a posteriori residuals [m]*/
float H_DOP; /* Horizontal Dilution of Precision*/
float V_DOP; /* Vertical Dilution of Precision*/
float P_DOP; /* 3-D Position Dilution of Precision*/
GPS_FIX_TYPE FixType; /* Position fix type*/
kal_bool Valid_2D_Fix; /* Is the published 2D position fix "valid"*/
/* relative to the required Horizontal*/
/* accuracy masks ?*/
kal_bool Valid_3D_Fix; /* Is the published 3D position fix "valid"*/
/* relative to both the required Horizontal*/
/* and Vertical accuracy masks ?*/
unsigned char FixMode; /* Solution Fixing Mode*/
/* 1 = Forced 2-D at MSL,*/
/* 2 = 3-D, with automatic fall back to 2-D*/
unsigned char SatsInView; /* Satellites in View count*/
unsigned char SatsUsed; /* Satellites in Used for Navigation count*/
unsigned char SatsInViewSVid[NMEA_SV];/* Satellites in View SV id number [PRN]*/
unsigned char SatsInViewSNR[NMEA_SV]; /* Satellites in Signal To Noise Ratio [dBHz]*/
unsigned char SatsInViewJNR[NMEA_SV]; // Satellites in View Jammer to Noise Ratio [dBHz]
kal_uint16 SatsInViewAzim[NMEA_SV];/* Satellites in View Azimuth [degrees]*/
signed char SatsInViewElev[NMEA_SV];/* Satellites in View Elevation [degrees]*/
/* if = -99 then Azimuth & Elevation angles*/
/* are currently unknown*/
kal_bool SatsInViewUsed[NMEA_SV];/* Satellites in View Used for Navigation ?*/
} s_GPS_Nav_Data; /* GN GPS Navigation solution data*/
typedef struct
{
kal_bool MSBFix;
s_GPS_Nav_Data GPS_NAV_Data;
}PswLocRspDataT;
typedef enum
{
GPSENG_FIX_NOT_VALID,
GPSENG_FIX_ESTIMATED,
GPSENG_FIX_2D,
GPSENG_FIX_3D,
GPSENG_FIX_DGPS_2D,
GPSENG_FIX_DGPS_3D
} PswGpsEngFixTypeT;
typedef struct
{
kal_bool Used;
kal_uint8 Id;
kal_uint8 Cn0;
kal_int8 Elev;
kal_uint16 Azimuth;
} PswGpsEngSvInViewT;
typedef struct {
PswGpsEngFixTypeT FixType;
kal_uint32 OsTime;
kal_uint32 LocalTimeTag;
kal_uint16 UtcYear;
kal_uint16 UtcMonth;
kal_uint16 UtcDay;
kal_uint16 UtcHour;
kal_uint16 UtcMin;
kal_uint16 UtcSec;
kal_uint16 UtcMilliSec; /* UTC Millisec into Sec */
kal_uint16 WeekNo;
kal_uint32 Tow; /* milliseconds */
kal_uint8 UtcDifference; /* (GPS-UTC) seconds */
double Lat;
double Long;
double AltitudeMSL; /* Mean Sea level */
double AltitudeElli; /* ? */
double X;
double Y;
double Z;
float SpeedGround;
float CourseGround;
float VerticalVelocity; /* Vertical velocity */
float LocUncAng; /* Location uncertainty angle */
float LocUncA; /* ? */
float LocUncP;
float LocUncV;
float VelHUnc; /* Horizontal Velocity RMS 1-sigma (67%) Accuracy estimate */
float VelVUnc; /* Vertical Velocity RMS 1-sigma (67%) Accuracy estimate */
float Pdop;
float Hdop;
float Vdop;
kal_uint8 SvInViewNum;
kal_uint8 SvUsed;
PswGpsEngSvInViewT SvInView[MAX_SVINVIEW];
} PswGpsEngWholeNavDataMsgT;
/*MS-Based*/
typedef struct
{
kal_bool GpsSysReady;
}LecGpsSysReadyT;
typedef struct
{
kal_bool Ref_Time_Req;
kal_bool Ref_Pos_Req;
kal_bool Ion_Req;
kal_bool UTC_Req;
kal_bool SV_Health_Req;
kal_bool Bad_SV_List_Req;
kal_bool Alm_Req;
kal_bool Eph_Req;
}PswAssistReqT;
typedef struct
{
ExeRspMsgT rspInfo;
kal_uint32 InstanceID;
kal_uint8 mode;
}PswValRestartMsgT;
typedef enum
{
PSW_LOC_HOT_START = 1,
PSW_LOC_WARM_START,
PSW_LOC_COLD_START
}PswLocStartMode;
typedef struct
{
PswLocStartMode startMode;
}PswLocStartModeSetMsgT;
typedef struct
{
ExeRspMsgT oldRspInfo;
}PswValLocFixModeGetMsgT;
typedef struct
{
GPS_FIX_MODE FixMode;
ExeRspMsgT oldRspInfo;
}PswValLocFixModeGetRspMsgT;
typedef struct
{
kal_uint16 PrefHomeMOServiceOption;
kal_uint16 PrefHomeMTServiceOption;
kal_uint16 PrefRoamMOServiceOption;
} PswValPrefVoiceServiceOptionMsgT;
typedef struct
{
kal_bool SlottedModeAllowed;
} PswSlottedModeAllowed_APIStruct;
typedef struct
{
kal_uint8 Mode; /* 0=Stop/Disable, 0xFF=report on thresholds/state transition only */
/* other values = frequency of reporting when below low thresh in */
/* units of about 200 ms (i.e set to 5 for 1 sec reporting) */
} PswSetTransmitInfoMsgT;
typedef enum
{
TRANS_INFO_IDLE, /* Stopped transmitting */
TRANS_INFO_ACCESS, /* Transmitting on access channel */
TRANS_INFO_TRAFFIC /* Transmitting on traffic channel */
} TransInfoState;
typedef struct
{
TransInfoState State; /* Fer is not valid in TRANS_INFO_ACCESS state */
SysCdmaBandT Band; /* Current CDMA band class */
kal_uint16 Channel; /* Current CDMA channel number */
kal_int16 Rssi; /* Receive signal level dBm */
kal_uint8 PilotEcIo; /* Pilot energy to total receive power 1/8 unit dB */
kal_int16 TxPwr; /* Transmit Power dBm */
kal_uint16 TotalFrames;
kal_uint16 BadFrames;
} PswGetTransmitInfoRspMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
SysCdmaBandT band;
kal_uint16 channel;
kal_uint8 codeChan;
/* CDMA Radio configuration,1 is RC1, 2 is RC2 Etc*/
kal_uint8 radioConfig;
kal_uint16 numFrames;
kal_bool enableAFC;
} PswNstPowerupMsgT;
typedef struct
{
SysCdmaBandT band;
kal_uint16 channel;
kal_uint16 numFrames;
kal_bool enableAFC;
} PswNstTchFerCfgMsgT;
#define MAX_NST_ACK_CHAR 3
typedef struct
{
char ackResponse[MAX_NST_ACK_CHAR];
} PswNstPowerupAckRspMsgT;
typedef struct
{
kal_uint16 badFrames;
kal_uint16 totalFrames;
} PswNstPowerupRspMsgT;
typedef struct
{
kal_uint16 badFrames;
kal_uint16 totalFrames;
} PswNstTchFerCfgCnfMsgT;
typedef struct
{
SysCdmaBandT band;
kal_uint16 channel;
kal_uint8 fwdRc;
kal_int16 txPwr; /**Unit is Q6*/
} PswNstTransmitTchMsgT;
typedef struct
{
SysCdmaBandT band;
kal_uint16 channel;
kal_bool txPwrQ6;
} PswNstTxPwrMeasCfgMsgT;
typedef struct
{
char ackResponse[MAX_NST_ACK_CHAR];
} PswNstTransmitTchAckMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
} PswNstExitMsgT;
#define MAX_NUM_LISTS 50
#define MAX_NUM_RSSI_LEVEL 20
#define MAX_NUM_TX_PWR_LEVEL 20
typedef struct
{
kal_uint8 count; /* Total of list */
kal_uint8 offset[MAX_NUM_LISTS]; /* Num of frame offset */
kal_uint16 band[MAX_NUM_LISTS];
kal_uint16 channel[MAX_NUM_LISTS];
kal_uint8 codeChan[MAX_NUM_LISTS];
/* CDMA Radio configuration,1 is RC1, 2 is RC2 Etc*/
kal_uint8 radioConfig[MAX_NUM_LISTS];
kal_uint16 numFrames[MAX_NUM_LISTS];
kal_uint8 txPwrCount[MAX_NUM_LISTS];
kal_int16 txPwr[MAX_NUM_LISTS][MAX_NUM_TX_PWR_LEVEL];
kal_uint8 rxPwrCount[MAX_NUM_LISTS];
} PswNstListSetMsgT;
typedef struct
{
kal_uint8 count; /* Total of list */
kal_uint8 index[MAX_NUM_LISTS];
kal_uint16 band[MAX_NUM_LISTS];
kal_uint16 channel[MAX_NUM_LISTS];
kal_uint8 badFrames[MAX_NUM_LISTS];
kal_uint8 totalFrames[MAX_NUM_LISTS];
kal_int16 mainRxPwrQ5[MAX_NUM_LISTS][MAX_NUM_RSSI_LEVEL];
kal_int16 divRxPwrQ5[MAX_NUM_LISTS][MAX_NUM_RSSI_LEVEL];
} PswNstListSetRespMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
SysCdmaBandT band;
kal_uint16 channel;
} PswNstRxPwrReqMsgT;
typedef struct
{
kal_bool isSuccess;
kal_uint16 PnOffset;
kal_int16 Strength;
kal_int16 MainRxPwrQ5;
kal_int16 DivRxPwrQ5;
} PswNstRxPwrRespMsgT;
typedef struct
{
kal_uint8 Count;
kal_uint8 Index;
kal_uint8 TotalLevel;
kal_int16 MainRxPwrQ5[MAX_NUM_LISTS];
kal_int16 DivRxPwrQ5[MAX_NUM_LISTS];
} PswNstListRxpwrRptMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
kal_uint8 txPwrCount; /**txPwrCount should less than MAX_NUM_TX_PWR_LEVEL*/
kal_int16 txPwrLevel[MAX_NUM_TX_PWR_LEVEL]; /**unit of txPwrLevel is Q6 dBm*/
} PswNstTxPwrLevelSetMsgT;
typedef struct
{
kal_bool isSuccess;
} PswNstTxPwrLevelSetRespMsgT;
/* 1XCSFB, 3GPP2 C.S0097, Section 3 */
typedef struct
{
kal_bool SIDIncluded;
kal_uint16 SID;
kal_bool NIDIncluded;
kal_uint16 NID;
kal_bool MULT_SIDSIncluded;
kal_bool MULT_SIDS;
kal_bool MULT_NIDSIncluded;
kal_bool MULT_NIDS;
kal_bool REG_ZONEIncluded;
kal_uint16 REG_ZONE;
kal_bool TOTAL_ZONESIncluded;
kal_uint8 TOTAL_ZONES;
kal_bool ZONE_TIMERIncluded;
kal_uint8 ZONE_TIMER;
kal_bool PACKET_ZONE_IDIncluded;
kal_uint8 PACKET_ZONE_ID;
kal_bool PZIDHystParametersIncluded;
kal_bool PZ_HYST_ENABLED;
kal_bool PZ_HYST_INFO_INCL;
kal_bool PZ_HYST_LIST_LEN;
kal_uint8 PZ_HYST_ACT_TIMER;
kal_uint8 PZ_HYST_TIMER_MUL;
kal_uint8 PZ_HYST_TIMER_EXP;
kal_bool P_REVIncluded;
kal_uint8 P_REV;
kal_bool MIN_P_REVIncluded;
kal_uint8 MIN_P_REV;
kal_bool NEG_SLOT_CYCLE_INDEX_SUPIncluded;
kal_bool NEG_SLOT_CYCLE_INDEX_SUP;
kal_bool ENCRYPT_MODEIncluded;
kal_uint8 ENCRYPT_MODE;
kal_bool ENC_SUPPORTEDIncluded;
kal_bool ENC_SUPPORTED;
kal_bool SIG_ENCRYPT_SUPIncluded;
kal_uint8 SIG_ENCRYPT_SUP;
kal_bool MSG_INTEGRITY_SUPIncluded;
kal_bool MSG_INTEGRITY_SUP;
kal_bool SIG_INTEGRITY_SUP_INCLIncluded;
kal_bool SIG_INTEGRITY_SUP_INCL;
kal_bool SIG_INTEGRITY_SUPIncluded;
kal_uint8 SIG_INTEGRITY_SUP;
kal_bool AUTHIncluded;
kal_uint8 AUTH;
kal_bool MAX_NUM_ALT_SOIncluded;
kal_uint8 MAX_NUM_ALT_SO;
kal_bool USE_SYNC_IDIncluded;
kal_bool USE_SYNC_ID;
kal_bool MS_INIT_POS_LOC_SUP_INDIncluded;
kal_bool MS_INIT_POS_LOC_SUP_IND;
kal_bool MOB_QOSIncluded;
kal_bool MOB_QOS;
kal_bool BAND_CLASS_INFO_REQIncluded;
kal_bool BAND_CLASS_INFO_REQ;
kal_bool BAND_CLASSIncluded;
kal_uint8 BAND_CLASS;
kal_bool BYPASS_REG_INDIncluded;
kal_uint8 BYPASS_REG_IND;
kal_bool ALT_BAND_CLASSIncluded;
kal_uint8 ALT_BAND_CLASS;
kal_bool MAX_ADD_SERV_INSTANCEIncluded;
kal_uint8 MAX_ADD_SERV_INSTANCE;
kal_bool HOME_REGIncluded;
kal_bool HOME_REG;
kal_bool FOR_SID_REGIncluded;
kal_bool FOR_SID_REG;
kal_bool FOR_NID_REGIncluded;
kal_bool FOR_NID_REG;
kal_bool POWER_UP_REGIncluded;
kal_bool POWER_UP_REG;
kal_bool POWER_DOWN_REGIncluded;
kal_bool POWER_DOWN_REG;
kal_bool PARAMETER_REGIncluded;
kal_bool PARAMETER_REG;
kal_bool REG_PRDIncluded;
kal_uint8 REG_PRD;
kal_bool REG_DISTIncluded;
kal_uint16 REG_DIST;
kal_bool PREF_MSID_TYPEIncluded;
kal_uint8 PREF_MSID_TYPE;
kal_bool EXT_PREF_MSID_TYPEIncluded;
kal_uint8 EXT_PREF_MSID_TYPE;
kal_bool MEID_REQDIncluded;
kal_bool MEID_REQD;
kal_bool MCCIncluded;
kal_uint16 MCC;
kal_bool IMSI_11_12Included;
kal_uint8 IMSI_11_12;
kal_bool IMSI_T_SUPPORTEDIncluded;
kal_bool IMSI_T_SUPPORTED;
kal_bool RECONNECT_MSG_INDIncluded;
kal_bool RECONNECT_MSG_IND;
kal_bool RER_MODE_SUPPORTEDIncluded;
kal_bool RER_MODE_SUPPORTED;
kal_bool TKZ_MODE_SUPPORTEDIncluded;
kal_bool TKZ_MODE_SUPPORTED;
kal_bool TKZ_IDIncluded;
kal_bool TKZ_ID;
kal_bool PILOT_REPORTIncluded;
kal_bool PILOT_REPORT;
kal_bool SDB_SUPPORTEDIncluded;
kal_bool SDB_SUPPORTED;
kal_bool AUTO_FCSO_ALLOWEDIncluded;
kal_bool AUTO_FCSO_ALLOWED;
kal_bool SDB_IN_RCNM_INDIncluded;
kal_bool SDB_IN_RCNM_IND;
kal_bool FPC_FCH_Included;
kal_uint8 FPC_FCH_INIT_SETPT_RC3;
kal_uint8 FPC_FCH_INIT_SETPT_RC4;
kal_uint8 FPC_FCH_INIT_SETPT_RC5;
kal_uint8 FPC_FCH_INIT_SETPT_RC11;
kal_uint8 FPC_FCH_INIT_SETPT_RC12;
kal_bool T_ADD_Included;
kal_uint8 T_ADD;
kal_bool PILOT_INC_Included;
kal_uint8 PILOT_INC;
kal_bool RAND_Included;
kal_uint32 RAND;
kal_bool LP_SEC_Included;
kal_uint8 LP_SEC;
kal_bool LTM_OFF_Included;
kal_uint8 LTM_OFF;
kal_bool DAYLT_Included;
kal_bool DAYLT;
kal_bool GCSNAL2AckTimer_Included;
kal_uint8 GCSNAL2AckTimer;
kal_bool GCSNASequenceContextTimer_Included;
kal_uint8 GCSNASequenceContextTimer;
} PswCDMA2000Parm;
typedef struct
{
kal_uint16 sid;
kal_uint16 nid;
kal_bool multipleSID;
kal_bool multipleNID;
kal_bool homeReg;
kal_bool foreignSIDReg;
kal_bool foreignNIDReg;
kal_bool parameterReg;
kal_bool powerUpReg;
kal_uint8 registrationPeriod;
kal_uint16 registrationZone;
kal_uint8 totalZone;
kal_uint8 zoneTimer;
kal_bool powerDownReg;
} PswIratCSFBRegParm1xRTT;
typedef struct
{
kal_uint8 ac_Barring0to9;
kal_uint8 ac_Barring10;
kal_uint8 ac_Barring11;
kal_uint8 ac_Barring12;
kal_uint8 ac_Barring13;
kal_uint8 ac_Barring14;
kal_uint8 ac_Barring15;
kal_uint8 ac_BarringMsg;
kal_uint8 ac_BarringReg;
kal_uint8 ac_BarringEmg;
} PswAC_BarringConfig1xRTT;
typedef struct
{
kal_bool sysTimeInfoIncl;
kal_uint8 systemTimeInfo[SYS_SYSTIME_SIZE];
kal_bool srchWinSizeIncl;
kal_uint16 searchWindowSize;
kal_bool csfb_RegParam1XRTTIncl;
PswIratCSFBRegParm1xRTT csfb_RegParm1XRTT;
kal_bool longCodeStateIncl;
kal_uint8 longCodeState1XRTT[6];
kal_bool cellReselParm1XRTTIncl;
kal_bool csfb_SupportForDualRxUEIncl;
kal_bool csfb_SupportForDualRxUE;
kal_bool ac_BarringConfig1XRTTIncl;
PswAC_BarringConfig1xRTT ac_BarringConfig1XRTT;
kal_uint8 ListSize;
#ifdef MTK_DEV_C2K_IRAT
IratSIB8MeasCellListT cellReselParm1XRTT[1];
#endif /* MTK_DEV_C2K_IRAT */
} PswSIB8Parm1xRTT;
typedef struct
{
kal_bool inclRand;
kal_uint32 rand;
kal_bool inclMobParms;
PswCDMA2000Parm *mobP;
} PswCsfbCDMA2000ParmMsgT;
typedef struct
{
PswSIB8Parm1xRTT *sib8P;
} PswCsfbSib8ParmMsgT;
typedef struct
{
kal_uint16 len;
kal_uint8 *data;
} PswCsfbGcsnaDLMsgT;
typedef struct
{
PswSIB8Parm1xRTT *sib8P;
} PswCsfbMeasReqMsgT;
typedef struct
{
kal_bool redir;
#ifdef MTK_DEV_C2K_IRAT
IratReSelectionCellListT *redirL;
#endif /* MTK_DEV_C2K_IRAT */
} PswCsfbRedirectMsgT;
typedef struct
{
kal_bool inclRand;
kal_uint32 rand;
kal_bool inclMobParms;
PswCDMA2000Parm *mobP;
} PswCsfbHoEutraPrepMsgT;
typedef struct
{
kal_bool inclTime;
kal_uint8 systemTimeInfo[SYS_SYSTIME_SIZE];
kal_uint16 len;
kal_uint8 *data;
} PswCsfbMobFromEutraMsgT;
typedef enum
{
RF_UNDEFINED,
ONE_RX_ONE_TX,
TWO_RX_ONE_TX,
TWO_RX_TWO_TX
} UEAntennaCfgType;
typedef struct
{
UEAntennaCfgType UEAntCfg;
} PswAntennaCfgMsgT;
typedef struct
{
ExeRspMsgT RspInfo;
} PswCsfbGetStatusMsgT;
typedef struct
{
kal_uint8 csfbState;
kal_uint8 antenna;
} PswCsfbGetStatusRspMsgT;
#ifdef __TC10_IPC_CDMA_SUPPORT__
/*SMS auto reg info*/
typedef struct
{
MobileIDType Id;
kal_uint64 value;
IMSIType Imsi;
kal_uint8 GsmImsi[9]; /* from sim_status_ind */
kal_bool IsGsmImsiValid; /* from sim_status_ind */
} PswSetAutoRegInfoMsgT;
#endif
#ifdef MTK_DEV_C2K_IRAT
typedef struct
{
kal_uint8 Action; /* 0-stop; 1-start; 2-update threshold only */
kal_int8 Threshold; /* -2x10xlogPS, PS is the pilot strength */
} PswIratRATSigMonReqT;
#endif
/* MTK_DEV_C2K_IRAT */
#ifdef MTK_DEV_C2K_IRAT
typedef enum
{
RSVAS_SERVICE_TYPE_NONE = 0x0000FFFF
,RSVAS_SERVICE_TYPE_UNSPECIFIED = 0x0001FFFF
#if defined(__GEMINI__)
,RSVAS_SERVICE_TYPE_KEEP = 0x0002FFFF
#endif
,RSVAS_SERVICE_TYPE_CS = 0x00000101
,RSVAS_SERVICE_TYPE_PS = 0x00000202
,RSVAS_SERVICE_TYPE_AS = 0x00000404
,RSVAS_SERVICE_TYPE_HPS = 0x00000808
,RSVAS_SERVICE_TYPE_MEDPS = 0x00001010
//For MO/MT, EMM notify EAS to do CSFB, CS+PS service may be occupied at the same time
,RSVAS_SERVICE_TYPE_CS_PS = (RSVAS_SERVICE_TYPE_CS|RSVAS_SERVICE_TYPE_PS)
,RSVAS_SERVICE_TYPE_CS_HPS = (RSVAS_SERVICE_TYPE_CS|RSVAS_SERVICE_TYPE_HPS)
,RSVAS_SERVICE_TYPE_PS_HPS = (RSVAS_SERVICE_TYPE_PS|RSVAS_SERVICE_TYPE_HPS)
,RSVAS_SERVICE_TYPE_CS_PS_HPS = (RSVAS_SERVICE_TYPE_CS|RSVAS_SERVICE_TYPE_PS|RSVAS_SERVICE_TYPE_HPS)
,RSVAS_SERVICE_TYPE_CS_MEDPS = (RSVAS_SERVICE_TYPE_CS|RSVAS_SERVICE_TYPE_MEDPS)
,RSVAS_SERVICE_TYPE_PS_MEDPS = (RSVAS_SERVICE_TYPE_PS|RSVAS_SERVICE_TYPE_MEDPS)
,RSVAS_SERVICE_TYPE_MEDPS_HPS = (RSVAS_SERVICE_TYPE_MEDPS|RSVAS_SERVICE_TYPE_HPS)
,RSVAS_SERVICE_TYPE_CS_PS_MEDPS = (RSVAS_SERVICE_TYPE_CS|RSVAS_SERVICE_TYPE_PS|RSVAS_SERVICE_TYPE_MEDPS)
,RSVAS_SERVICE_TYPE_CS_MEDPS_HPS = (RSVAS_SERVICE_TYPE_CS|RSVAS_SERVICE_TYPE_MEDPS|RSVAS_SERVICE_TYPE_HPS)
,RSVAS_SERVICE_TYPE_PS_MEDPS_HPS = (RSVAS_SERVICE_TYPE_PS|RSVAS_SERVICE_TYPE_MEDPS|RSVAS_SERVICE_TYPE_HPS)
,RSVAS_SERVICE_TYPE_CS_PS_MEDPS_HPS = (RSVAS_SERVICE_TYPE_CS|RSVAS_SERVICE_TYPE_PS|RSVAS_SERVICE_TYPE_MEDPS|RSVAS_SERVICE_TYPE_HPS)
} rsvas_service_type_enum;
typedef enum {
RSVAS_ID_INVALID, /* Invalid C2K RSVAS Id */
RSVAS_ID_1XRTT, /* C2K RSVAS Id is 1xRTT */
RSVAS_ID_EVDO, /* C2K RSVAS Id is EVDO */
} C2kRsvasIdT;
/* RSVAS State Machine States */
typedef enum
{
RSVAS_NORMAL_STATE, /* RSVAS normal mode */
RSVAS_CONNECT_STATE, /* RSVAS connect mode */
RSVAS_VIRTUAL_STATE, /* RSVAS virtual suspend mode */
RSVAS_SUSPEND_STATE, /* RSVAS suspend mode */
RSVAS_NUM_STATES
} RsvasStateT;
typedef struct
{
kal_bool rsvasServiceOccupyResult;
} PswRsvasServiceOccupyResultT;
typedef struct
{
C2kRsvasIdT id;
rsvas_service_type_enum servType;
} PswRsvasServiceOccupyRequestT;
typedef struct
{
C2kRsvasIdT id;
rsvas_service_type_enum servType;
} PswRsvasServiceReleaseT;
typedef struct
{
cs_reg_cause_enum cause;
kal_bool is_for_silent_redial;
} PswIrat1xRegReqMsgT;
typedef struct
{
kal_bool Valid;
kal_int16 RxPower;
kal_int16 TxPower;
kal_int16 PRxPhr;
} AntIdxT;
typedef PACKED_PREFIX struct
{
kal_int16 TasState;
kal_int16 TasVer;
kal_bool TasEnable;
kal_bool UTasEnable;
kal_bool EnableForceTas;
kal_int16 RxPowerDbmL;
kal_int16 RxPowerDbmU;
kal_int16 RxPowerDbmLp;
AntIdxT AntIdx[20];
} PACKED_POSTFIX PswFTDTASParaT;
#endif
/******************PswCustomLockDefination***************************************/
#define PSW_FEATURE_TATA 0x80000000
#define PSW_FEATURE_RELIANCE 0x40000000
#define PSW_FEATURE_UNICOM 0x20000000
#define PSW_FEATURE_UIMSUPPORT 0x00000001
#define PSW_FEATURE_CUSTOM_PRILOCK 0x00000002
typedef enum {
PSW_CUSTOM_LOCK_FEATURE_OFF =0,
PSW_CUSTOM_LOCK_FEATURE_IMSI =0x01,
PSW_CUSTOM_LOCK_FEATURE_SIDNID =0x02,
PSW_CUSTOM_LOCK_FEATURE_SYSTEM_VALIDATE = 0x04,
PSW_CUSTOM_LOCK_FEATURE_SUBNET =0x08,
PSW_CUSTOM_LOCK_FEATURE_EVDO_SYSTEM_VALIDATE = 0x10
}PSW_CUSTOM_LOCK_FEATURE;
typedef struct
{
kal_uint16 min_highest3;
kal_uint16 min_middle3;
kal_uint8 min_middle1;
kal_uint16 min_lowest3;
/*each bit is defined for every cumtomfeafure */
} PswMinDigitalValue;
typedef struct
{
kal_uint32 PswCustomLockSet;
kal_bool (*PswCustomImsiLock)(kal_uint16 PhoneMcc,kal_uint8 PhoneMnc,PswMinDigitalValue PhoneMin);
kal_bool (*PswCustomSidNidLock)(kal_uint16 PhoneSid,kal_uint16 PhoneNid,kal_bool PrlPrefonly);
kal_bool (*PswCustomSubnetLock)(kal_uint8 *Subnet,kal_uint8 mask);
kal_bool (*PswCustomSysValidate)(kal_uint16 SysSid,kal_uint16 SysNid) ;
kal_bool (*PswCustomDOSysValidate)(kal_uint8 *Subnet, kal_uint8 mask) ;
}PswCustomLockCallBackT;
typedef enum
{
VAL_PSW_CKECK_Custom_Locking_Feature_OK = 0x00,
VAL_PSW_CKECK_Custom_IMSI_ERROR,
VAL_PSW_CKECK_Custom_DefaultMIN_OK,
VAL_PSW_CKECK_Custom_SIDNID_ERROR,
VAL_PSW_CKECK_Custom_Locking_Feature_NUM
}PswCheckForCustomLockStateT;
typedef struct
{
kal_uint8 nCheckRst;
}PswCheckLockingFeatureRptT;
typedef struct
{
kal_bool valid;
}PswSetImsiMValidT;
typedef enum
{
QPCH_RATE_4800BPS = 0,
/*AKK 09-11-01 Slotted Mode: Corrected 9600PBS to 9600BPS*/
QPCH_RATE_9600BPS = 1
} QpchRate;
typedef struct
{
kal_int16 RSSI;
kal_int16 PchEbNt;
kal_int16 SyncEbNt;
kal_int16 EcIo;
kal_int32 total_foe;
}L1dmeasvalue;
typedef PACKED_PREFIX struct
{
QpchRate QpchRate;
kal_uint16 QpchPilotPn;
kal_int16 QpchPilotPwr;
kal_int16 QpchPi1;
kal_int16 QpchPi1Status;
kal_uint16 QpchPi1Pos;
kal_int16 QpchPi1BitIEnergy;
kal_int16 QpchPi1BitQEnergy;
kal_int16 QpchPi1PilotIEnergy;
kal_int16 QpchPi1PilotQEnergy;
kal_int16 QpchPi2;
kal_int16 QpchPi2Status;
kal_uint16 QpchPi2Pos;
kal_int16 QpchPi2BitIEnergy;
kal_int16 QpchPi2BitQEnergy;
kal_int16 QpchPi2PilotIEnergy;
kal_int16 QpchPi2PilotQEnergy;
kal_int16 QpchSysQpchThi;
kal_int16 QpchSysQpchThb;
} PACKED_POSTFIX QpchSpyData;
typedef enum
{
OUT_STAND_REQ_RCVD,
BS_CAPABILITIES,
BS_REJECT_RECEIVED,
BS_RESPONSE_NOT_SUPPORTED,
INVALID_PPM_SESSION_ID,
INVALID_LOCSERV_SESSION_ID,
OUTGOING_MSG_BUFFER_GET_FAIL,
SESS_TAG_MISMATCH,
BS_LOCATION_RSP_RCVD,
BS_RESPONSE_ELEMENT_RCVD,
BS_REQUEST_ELEMENT_RCVD,
MS_LOCATION_ORIG_START,
LOCSERV_SESS_HEADER_DUMP,
LOCSERV_SESS_REQ_DUMP,
LOCSERV_SESS_RSP_DUMP,
LOCSERV_SESS_AFLT_DUMP,
LOCSERV_SESS_AGPS_DUMP,
INVALID_AFLT_STATE,
INVALID_AGPS_STATE,
UNEXPECTED_AFLT_EVENT,
UNEXPECTED_AGPS_EVENT,
MS_REQUEST_TO_BS,
MS_RESPONSE_TO_BS,
COLLISION,
PDDM_RECEIVED,
PDDM_SENT,
RMS_PHASE_ERROR_DUMP
} LocSrvTraceIds;
typedef enum
{
BS_REJECT = 0,
PROV_LOC_RSP,
PROV_BS_CAP,
PROV_BS_ALMANAC,
PROV_GPS_ACQ_ASSIST,
PROV_GPS_SENSITIV_ASSIST,
PROV_GPS_LOC_ASSIST_S_COORD,
PROV_GPS_LOC_ASSIST_C_COORD,
PROV_GPS_ALMANAC,
PROV_GPS_EPHEMERIS,
PROV_GPS_NAV_MSG_BITS,
PROV_GPS_ALMANAC_CORR,
PROV_GPS_SAT_HEALTH_INFO,
MAX_PROV_GPS_INFO
} BS_RspTypes;
typedef enum
{
REQ_RESERVED = 0,
REQ_MS_LOC_RSP,
REQ_MS_INFO,
REQ_AUTO_MEAS_WEIGHT_FAC,
REQ_PSEUDO_MEAS,
REQ_PILOT_PHASE_MEAS,
REQ_TIME_OFFSET_MEAS,
REQ_CANCELLATION
} BS_ReqTypes;
typedef enum
{
RESERVED0 = 0,
REQ_LOC_RSP,
REQ_BS_CAP,
REQ_BS_ALMANAC,
REQ_GPS_ACQ_ASSIST,
REQ_GPS_SENSITIV_ASSIST,
REQ_GPS_LOC_ASSIST,
RESERVED1,
REQ_GPS_ALMANAC,
REQ_GPS_EPHEMERIS,
REQ_GPS_NAV_MSG_BITS,
REQ_GPS_ALMANAC_CORR,
REQ_GPS_SAT_HEALTH_INFO
} MS_ReqTypes;
typedef enum
{
REJECT = 0,
PROV_MS_LOC_RSP,
PROV_MS_INFO,
#ifdef MTK_CBP
PROV_SYS_INFO = PROV_MS_INFO,
#endif
PROV_AUTO_MEAS_WEIGHT_FACTOR,
PROV_PSEUDO_MEAS,
PROV_PILOT_PHASE_MEAS,
PROV_TIME_OFFSET_MEAS,
PROV_CANCELLATION_ACK
} MS_RspTypes;
typedef struct
{
LocSrvTraceIds traceId;
MS_RspTypes rspType;
}PswIs801FlowMsRspMsg;
typedef struct
{
LocSrvTraceIds traceId;
MS_ReqTypes reqType;
}PswIs801FlowMsReqMsg;
typedef struct
{
LocSrvTraceIds traceId;
BS_ReqTypes reqType;
}PswIs801FlowBsReqMsg;
typedef struct
{
LocSrvTraceIds traceId;
BS_RspTypes rspType;
}PswIs801FlowBsRspMsg;
typedef enum
{
CP_NP_UNKNOWN,
CP_NP_ISDN_TELEPHONY,
CP_NP_DATA = 3,
CP_NP_TELEX,
CP_NP_PRIVATE = 9
} NumberPlan;
typedef enum
{
CP_NT_UNKNOWN,
CP_NT_INTERNATIONAL,
CP_NT_NATIONAL,
CP_NT_NETWORK_SPECIFIC,
CP_NT_SUBSCRIBER,
CP_NT_RSVD,
CP_NT_ABBREVIATED
} NumberType;
typedef enum
{
CP_PI_ALLOWED,
CP_PI_RESTRICTED,
CP_PI_NUMBER_NA,
CP_PI_RSVD
} PresentationIndicator;
typedef enum
{
CP_SI_USER_PROVIDED_NOT_SCREENED,
CP_SI_USER_PROVIDED_VERIFIED_PASSED,
CP_SI_USER_PROVIDED_VERIFIED_FAILED,
CP_SI_NETWORK_PROVIDED
} ScreeningIndicator;
typedef struct
{
NumberType type;
NumberPlan plan;
kal_int8 number[CP_MAX_CALLED_PARTY_NUMBER_SIZE + 1];/*Inc NULL terminator*/
} CalledPartyNumber;
typedef struct
{
NumberType type;
NumberPlan plan;
PresentationIndicator pi;
ScreeningIndicator si;
kal_int8 number[CP_MAX_CALLING_PARTY_NUMBER_SIZE + 1]; /* Inc NULL terminator */
} CallingPartyNumber;
typedef enum
{
CP_SUBADDRESS_TYPE_NSAP,
CP_SUBADDRESS_TYPE_USER_SPECIFIED = 2
} SubaddressType;
typedef enum
{
CP_ODDEVEN_INDICATOR_EVEN,
CP_ODDEVEN_INDICATOR_ODD
} OddEvenIndicator;
typedef struct
{
kal_bool extension;
SubaddressType type;
OddEvenIndicator indicator;
kal_uint8 address[CP_MAX_SUBADDRESS_SIZE + 1];/*Inc NULL terminator*/
} Subaddress;
typedef enum
{
NO_TRAFFIC,
PRIMARY_TRAFFIC,
SECONDARY_TRAFFIC
} TrafficType;
/* IS-707-A-2.10 RLP BLOB for HSPD */
typedef struct
{
kal_uint8 rlpBlobType;
kal_uint8 rlpVersion;
kal_uint8 rtt;
kal_bool initVar;
kal_uint32 bsExtSeqM;
kal_uint32 msExtSeqM;
kal_uint8 maxMsNakRoundsFwd;
kal_uint8 maxMsNakRoundsRev;
kal_uint8 nakRoundsFwd;
kal_uint8 nakRoundsRev;
kal_uint8 nakPerRoundFwd[ CP_MAX_ROUNDS_FWD ];
kal_uint8 nakPerRoundRev[ CP_MAX_ROUNDS_REV ];
kal_uint8 ddw;
kal_uint8 rexmit_timer;
} RlpBlobPsw;
/* define set of SCH coding options */
typedef enum
{
SCH_CONV_CODING = 0,
SCH_TURBO_CODING = 1
} SchCodingTypes;
/* define set of RC settings */
typedef enum
{
RC_INVALID = 0,
RC_1 = 1,
RC_2 = 2,
RC_3 = 3,
RC_4 = 4,
RC_5 = 5,
RC_6 = 6,
RC_7 = 7,
RC_8 = 8,
RC_9 = 9,
RC_10 = 10, /* PDCH RC */
RC_11 = 11,
RC_12 = 12,
RC_MAX
} RcTypes;
/* Service configuration structures */
typedef struct
{
kal_uint8 schRecLen;
RcTypes schRc;
SchCodingTypes coding;
kal_bool frame40Used;
kal_bool frame80Used;
kal_uint8 maxRate;
} ChConfigSch;
/* Service option connection record structure */
typedef struct
{
kal_uint8 conRef; /* service option connection reference */
SysServiceOptionT serviceOption;
TrafficType forTraffic; /* forward traffic type */
TrafficType revTraffic; /* reverse traffic type */
#ifdef IS2000_REV_0
kal_uint8 uiEncryptMode;
kal_uint8 srId; /* Set of number of bits per frame of the RFCh*/
kal_bool rlpInfoIncl;
kal_uint8 rlpBlobLen; /* Set of number of bits per frame of the RFCh*/
RlpBlobPsw rlpBlob;
kal_bool qosParmsIncl;
#endif
} ConnectionRecord;
typedef struct
{
kal_uint8 forSchId;
MultiplexOption forSchMux;
ChConfigSch forSchChConf;
} ForSchCc;
typedef struct
{
kal_uint8 revSchId;
MultiplexOption revSchMux;
ChConfigSch revSchChConf;
} RevSchCc;
typedef struct
{
MultiplexOption forMuxOption; /* forward multiplex option */
MultiplexOption revMuxOption; /* reverse multiplex option */
/*AKK 11-16-00 Added per LMD_SERVICE_CONFIGURATION_MSG */
kal_uint8 forNumBits; /* Set of number of bits per frame of the FFCh*/
kal_uint8 revNumBits; /* Set of number of bits per frame of the RFCh*/
kal_uint8 numConRec; /* # of serv opt connection rec */
ConnectionRecord conRec[CP_MAX_SERV_OPT_CONN_REC]; /* serv opt conn recs */
/* AKK 08-15-00 IS2000A, Added new service configuration fields*/
/*AKK 12-30-02 per CR#570 Replaced IS2000A with IS2000_REV_0*/
#ifdef IS2000_REV_0
/*AKK 11-17-00 Per L1D_SERVICE_CONFIGURATION_MSG */
kal_bool fchCcIncl;
kal_uint8 fchFrameSize;
kal_uint8 forFchRc;
kal_uint8 revFchRc;
kal_bool dcchCcIncl;
kal_uint8 dcchFrameSize;
kal_uint8 forDcchRc;
kal_uint8 revDcchRc;
/*AKK 04-07-01 Per IS2K Rev0 fix*/
kal_bool forSchCcIncl;
kal_uint8 numForSch;
ForSchCc forSchCc[ CP_MAX_NUM_FOR_SCH ];
kal_bool revSchCcIncl;
kal_uint8 numRevSch;
RevSchCc revSchCc[ CP_MAX_NUM_REV_SCH ];
kal_uint8 fchDcchMuxOptionInd;
kal_uint16 forDcchMuxOption;
kal_uint16 revDcchMuxOption;
kal_bool forPdchCcIncl;
kal_uint16 forPdchMuxOption;
kal_uint8 forPdchRc;
#endif
/*END--AKK 11-17-00 Per L1D_SERVICE_CONFIGURATION_MSG */
/*END--AKK 08-15-00 IS2000A, Added new service configuration fields*/
kal_bool nnScrIncl;
} ServiceConfiguration;
typedef enum
{
CP_PITCH_MEDIUM,
CP_PITCH_HIGH,
CP_PITCH_LOW,
CP_PITCH_RSVD
} AlertPitch;
typedef enum
{
CP_ST_TONE_SIGNAL,
CP_ST_ISDN_ALERTING,
CP_ST_IS54B_ALERTING,
CP_ST_RSVD
} SignalType;
typedef struct
{
SignalType type;
AlertPitch pitch;
kal_uint8 signal;
} Signal;
typedef struct
{
kal_uint16 pulse_frequency;
kal_uint8 pulse_on_time;
kal_uint8 pulse_off_time;
kal_uint8 pulse_count;
} MeterPulses;
typedef struct
{
kal_uint8 amplitude;
kal_uint16 freq_1;
kal_uint16 freq_2;
kal_uint8 on_time;
kal_uint8 off_time;
kal_uint8 repeat;
kal_uint8 delay;
} CadenceGroup;
typedef struct
{
kal_uint8 cadence_count;
kal_uint8 num_groups; /* 4 bits in length */
CadenceGroup cGroup[CP_MAX_CADENCE_GROUPS_REC];
} ParametricAlerting;
typedef enum
{
CP_DISPLAY_TAG_BLANK = 0x80,
CP_DISPLAY_TAG_SKIP,
CP_DISPLAY_TAG_CONTINUATION,
CP_DISPLAY_TAG_CALLED_ADDRESS,
CP_DISPLAY_TAG_CAUSE,
CP_DISPLAY_TAG_PROGRESS_INDICATOR,
CP_DISPLAY_TAG_NOTIFICATION_INDICATOR,
CP_DISPLAY_TAG_PROMPT,
CP_DISPLAY_TAG_ACCUMULATED_DIGITS,
CP_DISPLAY_TAG_STATUS,
CP_DISPLAY_TAG_INBAND,
CP_DISPLAY_TAG_CALLING_ADDRESS,
CP_DISPLAY_TAG_REASON,
CP_DISPLAY_TAG_CALLING_PARTY_NAME,
CP_DISPLAY_TAG_CALLED_PARTY_NAME,
CP_DISPLAY_TAG_ORIGINAL_CALLED_NAME,
CP_DISPLAY_TAG_REDIRECTING_NAME,
CP_DISPLAY_TAG_CONNECTED_NAME,
CP_DISPLAY_TAG_ORIGINATING_RESTRICTIONS,
CP_DISPLAY_TAG_DATE_TIME_OF_DAY,
CP_DISPLAY_TAG_CALL_APPEARANCE_ID,
CP_DISPLAY_TAG_FEATURE_ADDRESS,
CP_DISPLAY_TAG_REDIRECTION_NAME,
CP_DISPLAY_TAG_REDIRECTION_NUMBER,
CP_DISPLAY_TAG_REDIRECTING_NUMBER,
CP_DISPLAY_TAG_ORIGINAL_CALLED_NUMBER,
CP_DISPLAY_TAG_CONNECTED_NUMBER,
CP_DISPLAY_TAG_TEXT = 0x9E
} DisplayTag;
typedef struct
{
DisplayTag display_tag;
kal_uint8 display_len;
/* include NULL terminator */
kal_uint8 chari[CP_MAX_EXTENDED_DISPLAY_SIZE + 1];
} ExtendedDisplayRec;
typedef struct
{
kal_uint8 ext_display_ind;
kal_uint8 display_type;
kal_uint8 num_disp_rec;
ExtendedDisplayRec extDisp[CP_MAX_EXTENDED_DISPLAY_REC];
} ExtendedDisplay;
typedef struct
{
kal_uint8 polarity_included;
kal_uint8 toggle_mode;
kal_uint8 reverse_polarity;
kal_uint8 power_denial_time;
} LineControl;
typedef struct
{
kal_uint8 extension_bit_1;
NumberType type;
NumberPlan plan;
kal_uint8 extension_bit_2;
PresentationIndicator pi;
ScreeningIndicator si;
kal_uint8 extension_bit_3;
kal_uint8 redirection_reason;
kal_uint8 number[CP_MAX_REDIRECTING_NUMBER_SIZE + 1];
/* including NULL terminator */
} RedirectingNumber;
typedef struct
{
kal_uint8 upLink;
kal_uint8 downLink;
} AudioControl;
typedef struct
{
kal_bool rcvdDisplay;
kal_int8 display[CP_MAX_DISPLAY_SIZE + 1]; /* Incl NULL terminator */
kal_bool rcvdCalledPartyNumber;
CalledPartyNumber calledPartyNumber;
kal_bool rcvdCallingPartyNumber;
CallingPartyNumber callingPartyNumber;
kal_bool rcvdConnectedNumber;
CallingPartyNumber connectedNumber; /* Same format as CallingPartyNumber */
kal_bool rcvdSignal;
Signal signal;
kal_bool rcvdMessageWaiting;
kal_uint8 msgCount;
kal_bool rcvdCLIRCause;
kal_uint8 clirCause;
kal_bool rcvdRelease;
kal_bool rcvdAudioControl;
AudioControl audioControl;
kal_bool rcvdMeterPulse;
MeterPulses meterPulse;
kal_bool rcvdParametricAlerting;
ParametricAlerting parametricAlert;
kal_bool rcvdLineControl;
LineControl lineControl;
kal_bool rcvdExtendedDisplay;
ExtendedDisplay extendedDisplay;
kal_bool rcvdCalledPartySubaddress;
Subaddress calledPartySubaddress;
kal_bool rcvdCallingPartySubaddress;
Subaddress callingPartySubaddress;
kal_bool rcvdConnectedSubaddress;
Subaddress connectedSubaddress;
kal_bool rcvdRedirectingNumber;
RedirectingNumber redirectingNumber;
kal_bool rcvdRedirectingSubaddress;
Subaddress redirectingSubaddress;
kal_bool rcvdCallWaitingIndicator;
kal_uint8 callWaitingIndicator;
} FORInfoData;
typedef enum
{
SC_REJECT = 0,
SC_ACCEPT,
SC_ALTERNATIVE,
SC_UNKNOWN
} SCResponse;
typedef enum
{
SCC_DATA_BURST_IND,
SCC_CONN_IND,
SCC_NEG_CONN_IND,
SCC_DISCONN_IND,
SCC_RELEASE_IND,
SCC_SERV_CONF_VALIDATE,
SCC_PAGE_IND,
SCC_SERV_OPTIION_VALIDATE,
SCC_ALERT_IND,
SCC_SOCM_IND,
SCC_SOCO_IND,
SCC_SERV_CONF_INIT,
SCC_PZ_ZONE_IND,
SCC_IDLE_IND,
SCC_SID_NID_IND,
SCC_HAND_OFF_IND,
SCC_NW_P_REV_IND,
SCC_ZONE_IND,
SCC_TC_ASSIGN_IND,
SCC_SET_SSDB_IND,
/* add code here */
}Scc_IndMsgType;
typedef enum
{
SCC_VS_ORIG_REQ,
SCC_PS_ORIG_REQ,
SCC_LS_ORIG_REQ,
SCC_SMS_ORIG_REQ,
SCC_SMS_REL_REQ,
SCC_VS_ANSWER_REQ,
SCC_VS_RELESE_REQ,
SCC_LS_RELESE_REQ,
SCC_VS_SWITCH_REQ,
SCC_TIMER_EXPIRY,
SCC_PZ_HYSTER_ACT_SET,
/* add code here */
}Scc_ReqMsgType;
typedef struct
{
kal_uint8 msgNumber;
kal_uint8 burstType;
kal_uint8 numMsgs;
kal_uint8 numFields;
kal_uint8 data[255];
}SccDataBurstIndMsg;
typedef struct
{
kal_bool encoded; /* digits encoded indication */
kal_bool digitMode; /* digit encoding indicator */
kal_uint8 numberType; /* type of number */
kal_uint8 numberPlan; /* numbering plan */
kal_uint8 digits[CP_MAX_CALLING_PARTY_NUMBER_SIZE +1]; /* ascii digits, null terminated string */
kal_uint8 numDigits; /* number of digits to be dialled */
PswCallingPartyNumberT CPNInfo; /* Calling Party Number Info */
PswCallModeT callMode; /* voice call mode indicator */
kal_bool multCPN; /* whether MS has >1 calling party num values */
kal_bool inclCallingSub; /* whether calling party subaddr info included */
Subaddress callingSub;
kal_bool inclCalledSub; /* whether called party subaddr info included */
Subaddress calledSub;
}SccVsOrigReqMsg;
typedef struct
{
SysPacketDataSvcTypeT type;
kal_uint8 digits[CP_MAX_CALLING_PARTY_NUMBER_SIZE +1]; /* ascii digits, null terminated string */
}SccPsOrigReqMsg;
typedef struct
{
SysLoopbackSvcTypeT prefType;
kal_uint8 digits[CP_MAX_CALLING_PARTY_NUMBER_SIZE +1]; /* ascii digits, null terminated string */
}SccLsOrigReqMsg;
typedef struct
{
kal_uint16 SO;
}SCCSwitchReqMsg;
typedef struct
{
kal_uint16 timerID;
}SCCTimerExpiry;
typedef struct
{
kal_bool bActivated;
}PZHysterActIndSet;
typedef struct
{
kal_uint8 response;
kal_uint8 reason;
}SccServiceConfigRsp;
typedef struct
{
kal_uint8 reason;
}SccDisconnectInd;
typedef struct
{
kal_uint8 reason;
}SccReleaseInd;
typedef struct
{
kal_bool valOnly;
ServiceConfiguration sc;
}SccServiceConfigValidate;
typedef struct
{
SysServiceOptionT so;
}SccServiceOptiValidate;
typedef struct
{
FORInfoData alertDate;
}SccAlertInd;
typedef struct
{
kal_uint8 conRef;
kal_uint16 serviceOption;
kal_uint8 length;
kal_uint8 ctlRec[MAX_SERV_OPT_CNTL_RECORD_LEN];
kal_uint32 actionTime;
}SccSocmInd;
typedef struct
{
kal_uint8 ordq;
kal_uint32 actionTime;
}SccSocoInd;
typedef struct
{
kal_uint8 zone;
}PacketZoneInd;
typedef struct
{
kal_uint16 sid;
kal_uint16 nid;
}SidNidInd;
typedef struct
{
kal_uint8 type;
kal_bool cfgChanged;
kal_bool setChanged;
kal_bool freqChanged;
}HandOffInd;
typedef struct
{
kal_uint8 ssdB[8];
}SsdbInd;
typedef struct
{
Scc_IndMsgType type;
union
{
SccDataBurstIndMsg DbIndMsg;
SccServiceConfigRsp ServeConfRsp;
SccDisconnectInd DisconnctInd;
SccReleaseInd ReleaseInd;
SccServiceConfigValidate ServConfValidate;
SccServiceOptiValidate ServOptiValidate;
SccAlertInd AlertInd;
SccSocmInd SocmInd;
SccSocoInd SocoInd;
PacketZoneInd PZondInd;
SidNidInd SidNidInd;
HandOffInd HandoffInd;
SsdbInd SetSsdbInd;
/* add code here */
} indMsg;
}PswSccIndMsg;
typedef struct
{
Scc_ReqMsgType type;
union
{
SccVsOrigReqMsg VsOrigMsg;
SccPsOrigReqMsg PsOrigMsg;
SccLsOrigReqMsg LsOrigMsg;
SCCSwitchReqMsg SwitchMsg;
SCCTimerExpiry TimerExpMsg;
PZHysterActIndSet HysterActSetMsg;
/* add code here */
} reqMsg;
}PswSccReqMsg;
typedef enum
{
LOCK_ORDER,
UNLOCK_ORDER,
MAX_NUM
} PswTstInjectEnum;
void PswCustomLockProcedure(void);
kal_bool cssCheckSidNidLock(void);
void PswCustomFeatureMsg(kal_uint32 * MsgP);
kal_bool PswIsCustomFeatureSet(kal_uint32 CustomFeatureMacro);
void PswTransformPswMiscDataType(kal_uint8* srcData ,kal_uint8* desData);
void PswTransformNamDataType(kal_uint8* srcData ,kal_uint8* desData);
kal_uint16 PswTransformPswMiscDataPackedType(kal_uint8* srcData ,kal_uint8* desData);
kal_uint16 PswTransformNamDataPackedType(kal_uint8* srcData ,kal_uint8* desData);
kal_uint16 PswGetNamNumBytes();
kal_uint16 PswGetPswMiscBytes();
void PswCustomFeatureReg(PswCustomLockCallBackT* CustomReg);
kal_uint8 PswGetDefaultRoamSetting();
PswParmAccessResultCode PswRoamSettingBitMapHandler(kal_uint8 RoamSettingBitMap);
kal_bool PswCustomFeatureCheck(kal_uint32 FeatureItem);
void PswSetImsimValidStatusMsg( PswSetImsiMValidT* MsgP );
CPState getCPState(void);
kal_bool cpGetE911mode(void);
kal_bool cpOtaspModeToBandChannel(kal_uint8 code, SysBandChannelT *bandCh, kal_uint8 *block);
#ifdef MTK_DEV_C2K_IRAT
kal_uint32 PswIratMd1MsgHandler(kal_uint32 MsgId, void* MsgBufferP, kal_uint32 MsgSize);
rsvas_sim_enum rsvasGetCurrentSimId(void);
#endif
/*********************PswCustomLockDefination************************************/
/*****************************************************************************
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*****************************************************************************/
/*****************************************************************************
* End of File
*****************************************************************************/
#endif /* #ifndef _PSWAPI_H_ */
/**Log information: \main\CBP80\cbp80_gdeng_scbp10099\1 2012-07-27 08:59:51 GMT gdeng
** SCBP#10099 **/
/**Log information: \main\CBP80\cbp80_gdeng_scbp10099\2 2012-07-30 08:20:37 GMT gdeng
** SCBP#10099**/
/**Log information: \main\CBP80\cbp80_gdeng_scbp10325\1 2012-09-20 06:13:14 GMT gdeng
** SCBP#10325**/
/**Log information: \main\CBP80\cbp80_gdeng_scbp10325\2 2012-09-20 06:23:16 GMT gdeng
** SCBP#10325**/
/**Log information: \main\SMART\1 2013-04-25 09:46:39 GMT yxma
** HREF#22182, add custom lock feature to smartfren
|**/
/**Log information: \main\Trophy\Trophy_zjiang_href22256\1 2013-08-21 07:39:32 GMT zjiang
** HREF#22256.1.crts21316:Ä£¿é¶ÌÐÅ×Ô×¢²á±àÒë°æ±¾Àï´æÔÚµÄ×Ô×¢²á¶ÌÐŶàÓàÉϱ¨ÐÞ¸Ä;2.+CPINÃüÁîÓÅ»¯.**/
/**Log information: \main\Trophy\2 2013-08-21 07:42:24 GMT cshen
** href#22256**/
/**Log information: \main\Trophy\Trophy_xding_href22331\1 2013-12-10 07:18:03 GMT xding
** HREF#22331, ºÏ²¢MMCÏà¹Ø¹¦Äܵ½Trophy baselineÉÏ**/
/**Log information: \main\Trophy\3 2013-12-10 08:33:39 GMT jzwang
** href#22331:Merge MMC latest implementation from Qilian branch.**/