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banban/ql-kernel/threadx/common/lib_1602/usbmgrttpal.pp
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//PPC Version : V2.1.9.30
//PPL Source File Name : \tavor\Arbel\obj_PMD2NONE_1602\prepass_results\usbmgrttpal.ppp
//PPL Source File Name : \\tavor\\Arbel\\src\\usbmgrttpal.c
typedef unsigned int size_t ;
typedef unsigned char Char ;
typedef unsigned char Int8 ;
typedef signed char SignedInt8 ;
typedef unsigned short Int16 ;
typedef signed short SignedInt16 ;
typedef unsigned long Int32 ;
typedef signed long SignedInt32 ;
typedef Int8 Boolean ;
typedef SignedInt8 TP_SInt8 ;
typedef SignedInt16 TP_SInt16 ;
typedef SignedInt32 TP_SInt32 ;
typedef Int8 TP_UInt8 ;
typedef Int16 TP_UInt16 ;
typedef Int32 TP_UInt32 ;
typedef Boolean TP_Boolean ;
typedef char * TP_String ;
typedef char TP_Char ;
typedef TP_UInt16 TP_WChar ;
typedef TP_WChar TP_TChar ;
typedef union SysBasicTypesUnionTag
{
Int8 int8Member ;
SignedInt8 signedInt8Member ;
Int16 int16Member ;
SignedInt16 signedInt16Member ;
Int32 int32Member ;
SignedInt32 signedInt32Member ;
Boolean booleanMember ;
void *pointerMember ;
TP_SInt8 tp_SInt8Member ;
TP_SInt16 tp_SInt16Member ;
TP_SInt32 tp_SInt32Member ;
TP_UInt8 tp_UInt8Member ;
TP_UInt16 tp_UInt16Member ;
TP_UInt32 tp_UInt32Member ;
TP_Boolean tp_BooleanMember ;
TP_String tp_StringMember ;
TP_Char tp_CharMember ;
TP_WChar tp_WCharMember ;
TP_TChar tp_TCharMember ;
} SysBasicTypesUnion ;
typedef unsigned char BOOL ;
typedef unsigned char UINT8 ;
typedef unsigned short UINT16 ;
typedef unsigned long UINT32 ;
typedef char CHAR ;
typedef signed char INT8 ;
typedef signed short INT16 ;
typedef signed long INT32 ;
typedef unsigned char Bool ;
typedef UINT8 BYTE ;
typedef UINT8 UBYTE ;
typedef UINT16 UWORD ;
typedef UINT16 WORD ;
typedef INT16 SWORD ;
typedef UINT32 DWORD ;
typedef unsigned long long UINT64 ;
typedef void* VOID_PTR ;
typedef volatile UINT8 *V_UINT8_PTR ;
typedef volatile UINT16 *V_UINT16_PTR ;
typedef volatile UINT32 *V_UINT32_PTR ;
typedef unsigned int U32Bits ;
typedef BOOL BOOLEAN ;
typedef const char * SwVersion ;
typedef void ( *TIMER_CALLBACK_FUNCTION ) ( UINT8 ) ;
typedef void ( *ACC_TIMER_CALLBACK ) ( UINT32 ) ;
typedef int TIMER_STATUS ;
typedef int TIMER_ID ;
typedef unsigned long long Ulong64 ;
//ICAT EXPORTED STRUCT
typedef struct
{
UINT16 lineNo ; // CONST
char idString [ 14 ] ; // CONST = 16 bytes
UINT32 timeStamp ; // var
UINT32 param1 ; // var
UINT32 param2 ; // var
UINT32 param3 ; // var
} BspLogRecord;
//ICAT EXPORTED ENUM
typedef enum TaskIdTag /* tasks sent to identified by their task ids */
{
/* @ENUM_DESC@ TBD */
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / kisystsk.h#1 $
* $Revision: #1 $
* $DateTime: 2006 / 10 / 17 10 :20:49 $
**************************************************************************
* File Description : System task definitions
**************************************************************************/
/*
** This file deiberately does not have a
** #if !defined KISYSTSK_H
** as it can be legitimately included twice
**
** This must never be included directly by any file outside of the kernel.
*/
KI_TASK_SET_START_0 = ( 0 << ( 8 ) ) ,
/*******************************************************************************
** External Client task Set , not for TTPCom use
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / extask.h#1 $
* $Revision: #1 $
* $DateTime: 2006 / 10 / 17 10 :20:49 $
**************************************************************************
* File Description : External GKI Task definitions
**************************************************************************/
/*
** Add ids for any tasks external to the TTPCom Product.
** ( the format is as in the comment below. )
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** Example task specification
**
** Task Id Queue Id Entry Point Stack Queue Priority
** KI_TASK_DEF ( SIM_TASK_ID , SIM_QUEUE_ID , SimManagerTask , 1024 , 30 , 8 )
**
*/
PS_L2_TOOL_TASK_ID ,
/*
** Create aliases for any task id handled by a GKI task.
*/
START_EX_ALIASES ,
/*
** Example alias definition
**
** Real Task Id Alias Task Id Alias Queue Id
** KI_ALIAS_DEF ( AL_TASK_ID , ALSM_TASK_ID , ALSM_QUEUE_ID )
**
** WARNING: When using aliases the value in the enumeration must be stored
** first ( using the KI_START_ALIAS macro ) and then re-instated after
** ( using the KI_END_ALIAS macro ) the alias definition. See
** kisystsk.h as an example.
**
*/
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * **
** Add external aliases here **
** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
STOP_EX_ALIASES = START_EX_ALIASES - 1 ,
/* END OF FILE */
KI_TASK_SET_STOP_0 ,
KI_TASK_SET_START_1 = ( 1 << ( 8 ) ) ,
/*******************************************************************************
** External Silicon Client task set , not for TTPCom use
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / platforms / hermon / sys / gki.typ / api / cfg / exstask.h#1 $
* $Revision: #1 $
* $DateTime: 2007 / 1 / 12 13 :10:41 $
**************************************************************************
* File Description :
* Task Definitions for the Hermon Silicon Platform
**************************************************************************/
/*
** Add ids for any tasks external to the TTPCom Product.
** ( the format is as in the comment below. )
*/
/*
** Modifiers to TTPCom CORE task stack sizes
** The values here are ADDED to the CORE stack
** size defined in the ??task.h file
*/
// The SimDriver is using the sprintf ( ) which requires min 256 bytes on stack
/*
** Modifiers to TTPCom CORE task queue lengths
** The values here are ADDED to the CORE queue
** size defined in the ??task.h file
*/
/* Modifiers to TTPCom CORE task priorities
** The values here REPLACE the CORE task
** priorities defined in the ??task.h file
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** Example task specification
**
** Task Id Queue Id Entry Point Stack Queue Priority
** KI_TASK_DEF ( SIM_TASK_ID , SIM_QUEUE_ID , SimManagerTask , 1024 , 30 , 8 )
**
*/
/*
to reserve a dummy SAC task id to avoid the first SAC related task id
has the same number as START_AL_ALIASES
*/
SAC_DUMMY_TASK_ID ,
SAC_RESERVED_TASK_ID ,
/* SAC_TEST_TASK definition */
SAC_TEST_TASK_ID ,
/* SAC_OSA_TASK definition */
SAC_OSA_TASK_ID ,
INTEL_NON_GKI_TASK_ID , /* Psudeo Intel task */
HA_COMMS_TASK_ID ,
/* Map HAW and AMR tasks to the UP_PHY_TASK_ID on Hermon */
/*
** Create aliases for any task id handled by a GKI task.
*/
START_EXS_ALIASES ,
/*
** Example alias definition
**
** Real Task Id Alias Task Id Alias Queue Id
** KI_ALIAS_DEF ( AL_TASK_ID , ALSM_TASK_ID , ALSM_QUEUE_ID )
**
** WARNING: When using aliases the value in the enumeration must be stored
** first ( using the KI_START_ALIAS macro ) and then re-instated after
** ( using the KI_END_ALIAS macro ) the alias definition. See
** kisystsk.h as an example.
**
*/
/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * **
** Add external aliases here **
** * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
STOP_EXS_ALIASES = START_EXS_ALIASES - 1 ,
/* END OF FILE */
KI_TASK_SET_STOP_1 ,
KI_TASK_SET_START_2 = ( 2 << ( 8 ) ) ,
/*******************************************************************************
** GKI / System Set
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / kitask.h#1 $
* $Revision: #1 $
* $DateTime: 2006 / 10 / 17 10 :20:49 $
**************************************************************************
* File Description : GKI / System task definitions
**************************************************************************/
/*
** This file deiberately does not have a multiple inclusion protection
** as it can be legitimately included twice.
**
** This must never be included directly by any file outside of the GKI.
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** GKI Task ID , GKI Queue ID , Entry Point Stack , Queue , Priority
*/
TIMER_TASK_ID ,
TEST_TASK_ID ,
EMMI_LOW_PRI_TASK_ID ,
EMMI_HIGH_PRI_TASK_ID ,
/* END OF FILE */
KI_TASK_SET_STOP_2 ,
KI_TASK_SET_START_3 = ( 3 << ( 8 ) ) ,
/*******************************************************************************
** Layer 1 Set
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / l1task.h#1 $
* $Revision: #1 $
* $DateTime: 2006 / 10 / 17 10 :20:49 $
**************************************************************************
* File Description : Layer 1 task definitions
**************************************************************************/
/*
** This file deiberately does not have a multiple inclusion protection
** as it can be legitimately included twice.
**
** This must never be included directly by any file outside of the GKI.
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** GKI Task ID , GKI Queue ID , Entry Point Stack , Queue , Priority
*/
LOW_PRIORITY_TASK_ID ,
L1_PROF_TASK_ID ,
/* CQ00100336 - Begin */
// 3 G L1C
/* CQ00100336 - End */
MINI_LOGGER_TASK_ID ,
ML_SIGNAL_DUMPER_TASK_ID ,
MIPS_MANAGER_TASK_ID ,
L1_VCXO_TASK_ID ,
/* END OF FILE */
KI_TASK_SET_STOP_3 ,
KI_TASK_SET_START_4 = ( 4 << ( 8 ) ) ,
/*******************************************************************************
** Device Management Set
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / dmtask.h#4 $
* $Revision: #4 $
* $DateTime: 2007 / 3 / 30 13 :53:25 $
**************************************************************************
* File Description : Device Management task definitions
**************************************************************************/
/*
** This file deiberately does not have a multiple inclusion protection
** as it can be legitimately included twice.
**
** This must never be included directly by any file outside of the GKI.
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** GKI Task ID , GKI Queue ID , Entry Point Stack , Queue , Priority
*/
L1_SD_TASK_ID ,
// KI_TASK_DEF ( L1_AL_TASK_ID , L1_AL_QUEUE_ID , L1AlTask , 4094 , 30 , 51 ) // CQ00136121
/* Redundant task - may be reused */
L1_BM_TASK_ID ,
/* Redundant task - may be reused */
L1_SP_TASK_ID ,
L1_CTM_TASK_ID ,
// KI_TASK_DEF ( DM_TASK_ID , DM_QUEUE_ID , DmTask , 1024 , 30 , 51 )
DTF_STIMULATE_TASK_ID ,
DTF_SIMULATE_TASK_ID ,
DTF_SELF_TEST_TASK_ID ,
DM_NVM_TASK_ID ,
DM_BM_TASK_ID ,
DM_RTC_TASK_ID ,
/* Use NVRAM task unless explicitly removed */
DM_NVP_TASK_ID , // CQ00146716 change 80 to 81 fo #91812 by yuling
USB_TASK_ID ,
IRDA_TASK_ID ,
IRDA_STACK_TASK_ID ,
IRDA_FRAMER_TASK_ID ,
OBEX_TASK_ID ,
OBEX_TEST_TASK_ID ,
/* A task priority of 9 is chosen as priority range 0 -9 are reserved for interrupt launched
* tasks such as L1_AL_HI_TASK_ID. This task is triggered by the L1 frame interrupt and
* provides a periodic tick to the L1AL layer. */
/* L1_AL_HI_TASK stack max usage measured at 660 on 430 gpdev build 2005 _June_08. Allow some
* extra to support use of printf & other debugging => size=800 */
// KI_TASK_DEF ( L1_AL_HI_TASK_ID , L1_AL_HI_QUEUE_ID , L1AlHiTask , 800 , 1 , 16 ) // CQ00136121
SIM_IF_CHECK_TASK_ID ,
/* include as part of Camera Multiplex layer Test Task */
CATT_TASK_ID ,
MP_SERIALPORT_DRV_TASK_ID ,
/* This is the USB EMMI task */
USB_EMMI_COMMS_TASK_ID ,
TAC_TASK_ID ,
START_DM_ALIASES ,
SIMDRV_TASK_ID = L1_SD_TASK_ID ,
HAD_L1_SD_TASK_ID = L1_SD_TASK_ID ,
// KI_ALIAS_DEF ( L1_AL_TASK_ID , L1AM_TASK_ID , L1AM_QUEUE_ID ) // CQ00136121
STOP_DM_ALIASES = START_DM_ALIASES - 1 ,
/* END OF FILE */
KI_TASK_SET_STOP_4 ,
KI_TASK_SET_START_5 = ( 5 << ( 8 ) ) ,
/*******************************************************************************
** Protocol Stack Set
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / pstask.h#6 $
* $Revision: #6 $
* $DateTime: 2007 / 3 / 19 13 :59:30 $
**************************************************************************
* File Description : Protocol Stack task definitions
**************************************************************************/
/*
** This file deliberately does not have a multiple inclusion protection
** as it can be legitimately included twice.
**
** This must never be included directly by any file outside of the GKI.
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** GKI Task ID , GKI Queue ID , Entry Point Stack , Queue , Priority
*/
NAS_STUB_TASK_ID ,
L2_BCH_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , begin*/
L2_BCH_2_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , end*/
L2_DD_TASK_ID ,
L2_CBCH_TASK_ID ,
L2_SACCH_0_TASK_ID ,
L2_SACCH_3_TASK_ID ,
L2_DCCH_0_TASK_ID ,
L2_DCCH_3_TASK_ID ,
GRR_TASK_ID ,
GRR_2_TASK_ID ,
CB_TASK_ID ,
/*Modifed size to 5000 by Fengzhuan , CQ00023736 , 20121029 , begin*/
MM_TASK_ID ,
/*Modifed size to 5000 by Fengzhuan , CQ00023736 , 20121029 , end*/
/*CQ00146133 , Cgliu , 2023 -09-27 , Begin*/
SIM_TASK_ID ,
/*CQ00146133 , Cgliu , 2023 -09-27 , End */
TIM_TASK_ID , // CQ00146716 // change from 55 to 81 , stack from 360 t0 1300 20231012 by yuling
SMTL_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , begin*/
/*Modified by perse for CQ00111012 20180625 , end*/
SMCM_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , begin*/
/*Modified by perse for CQ00111012 20180625 , end*/
SMRL_TASK_ID ,
START_PS_AS_ALIASES ,
STOP_PS_AS_ALIASES = START_PS_AS_ALIASES - 1 ,
START_PS_NAS_ALIASES ,
GP_GMM_TASK_ID = MM_TASK_ID ,
GP_SMS_TASK_ID = SMCM_TASK_ID , /* To bottom SMS */
STOP_PS_NAS_ALIASES = START_PS_NAS_ALIASES - 1 ,
TASK_EXTRA14_ID ,
/*CQ00119446 add begin*/
VG_CI_TASK_ID ,
/*Cat0 20160615 transient*/
// KI_ALIAS_DEF ( UNKNOWNS_TASK_ID , VG_RTFDP_TASK_ID , VG_RTFDP_QUEUE_ID )
VG_RTFDP_TASK_ID ,
PCCI_STUB_TASK_ID ,
MODEM_TASK_ID ,
ATPARSER_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , begin*/
ATPARSER_1_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , end*/
VG_MUX_TASK_ID ,
VG_MUX1_TASK_ID ,
// MR
VG_MUX_NULL_NOPL_TASK_ID ,
// KI_TASK_DEF ( VG_MUX_NULL_NOPL_TASK_ID , VG_MUX_NULL_NOPL_QUEUE_ID , VgMux1NoPLTask , 1000 , 30 , 55 )
VG_MUX2_TASK_ID ,
VG_MUX_USBNULL_TASK_ID ,
/* Reduce impact on TaskID ' s next time MUX tasks have to be added */
VG_MUX_SPARE1 ,
VG_MUX_GSM710S_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , begin*/
VG_MUX_GSM710S_1_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , end*/
START_MUX_ALIASES ,
VG_MUX_NULL_TASK_ID = VG_MUX1_TASK_ID ,
VG_DS_TASK_ID = VG_CI_TASK_ID ,
STOP_MUX_ALIASES = START_MUX_ALIASES - 1 ,
CSR_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , begin*/
CSR_2_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , end*/
GP_MAC_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , begin*/
GP_MAC_2_TASK_ID ,
/*Modified by perse for CQ00111012 20180625 , end*/
GP_RD_TASK_ID ,
GP_LLC_TASK_ID ,
// KI_TASK_DEF ( GP_SNDCP_TASK_ID , GP_SNDCP_QUEUE_ID , / *GpSndcpTask* / UpUlbgTask , 900 , 1000 , 62 ) // TODO: This is a workaround!!!
UP_DLBG_TASK_ID ,
GP_SM_TASK_ID ,
/* Modified by Daniel for CQ00018823 20120605 , begin */
GP_PPP_TASK_ID ,
// KI_TASK_DEF ( GP_PPP_TASK_ID , GP_PPP_QUEUE_ID , GpPppTask , 2000 , 272 , 65 )
/* Modified by Daniel for CQ00018823 20120605 , end */
UT_TMM_TASK_ID ,
/* Only used for unit testing - reserved here to keep task IDs the same */
GP_UNITTEST_TASK_ID ,
/* Only used for simulation testing - reserved here to keep task IDs the same */
GP_AUXRD_TASK_ID ,
GP_AUXLLC_TASK_ID ,
GP_AUXSNDCP_TASK_ID ,
GP_PPP_DIALLER_TASK_ID ,
GP_DS_DIALLER_TASK_ID ,
GP_PPP_PC_COMMS_TASK_ID ,
GP_PPP_PC_COMMS_DIALLER_TASK_ID ,
// 20100506 hlhu: add for lte psas start
LTE_L1A_TASK_ID , // CQ64122
LTE_RRC_TASK_ID ,
// KI_TASK_DEF ( LTE_L1_SIMU_TASK_ID , LTE_L1_SIMU_QUEUE_ID , tLteL1SimulatorTask , 5000 , 30 , 29 )
LTE_MACRLC_TASK_ID ,
// KI_TASK_DEF ( LTE_MACRLC_2_TASK_ID , LTE_MACRLC_2_QUEUE_ID , tLteMacRlcTask2 , 5000 , 600 , 30 )
// #if defined ( UPGRADE_DSDS )
// KI_TASK_DEF ( LTE_MACRLC_2_TASK_ID , LTE_MACRLC_2_QUEUE_ID , tLteMacRlcTask2 , 5000 , 600 , 30 )
// #endif
PLMS_TASK_ID ,
// #ifdef LTE_TARGET_TEST_MCU_ONLY
// added by jcweng to process the signals from Anite / TTCN2C side
LTE_ANITE_ADAPOTR_TASK_ID ,
// 20100506 hlhu: add for lte psas end
START_UPS_ALIASES ,
UP_BMC_TASK_ID = CB_TASK_ID ,
UP_PDCP_TASK_ID = LTE_MACRLC_TASK_ID ,
UP_RABM_TASK_ID = LTE_MACRLC_TASK_ID ,
UP_ULBG_TASK_ID = LTE_MACRLC_TASK_ID ,
// KI_ALIAS_DEF ( LTE_MACRLC_TASK_2_ID , UP_ULBG_2_TASK_ID , UP_ULBG_2_QUEUE_ID )
// KI_ALIAS_DEF ( GP_SNDCP_TASK_ID , UP_ULBG_TASK_ID , UP_ULBG_QUEUE_ID ) // TODO: remove
GP_SNDCP_TASK_ID = LTE_MACRLC_TASK_ID ,
STOP_UPS_ALIASES = START_UPS_ALIASES - 1 ,
TASK_BL_ID , // change queue 30 by aliOS
TASK_ANRM2_ID_DUMMY ,
/*Modified by perse for CQ00111012 20180625 , begin*/
TASK_ANRM2_ID_2_DUMMY ,
/*Modified by perse for CQ00111012 20180625 , end*/
START_USE_ANRM2 ,
TASK_ANRM2_ID = DM_NVM_TASK_ID ,
STOP_USE_ANRM2 = START_USE_ANRM2 - 1 ,
VG_MUX_IP_TRAN_TASK_ID ,
/* Streaming tasks */
SNTP_TASK_ID ,
RTP_TASK_ID ,
RTSP_TASK_ID ,
RTP_RTSP_TEST_TASK_ID ,
TASK_FS_ID ,
POC_TASK_ID ,
SIP_TASK_ID ,
VG_GMX_NULL_TASK_ID ,
VG_MUX_GSM710E_TASK_ID ,
VG_MUX_GSM710E_NOPL_TASK_ID ,
// KI_TASK_DEF ( VG_MUX_GSM710E_NOPL_TASK_ID , VG_MUX_GSM710E_NOPL_QUEUE_ID , VgMux710eNoPLTask , 615 , 30 , 55 )
VG_MUX_GSM710SM_TASK_ID ,
// redefine pdcp task id
// 2017 -09-26 , WQS , move TTCN PC Test related tasks to the end for correct display in CATStudio
/* END OF FILE */
KI_TASK_SET_STOP_5 ,
KI_TASK_SET_START_6 = ( 6 << ( 8 ) ) ,
/*******************************************************************************
** Application Layer Set
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / aftask.h#5 $
* $Revision: #5 $
* $DateTime: 2007 / 3 / 30 13 :53:25 $
**************************************************************************
* File Description : Application Foreground task definitions
**************************************************************************/
/*
** This file deiberately does not have a multiple inclusion protection
** as it can be legitimately included twice.
**
** This must never be included directly by any file outside of the GKI.
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** GKI Task ID , GKI Queue ID , Entry Point Stack , Queue , Priority
*/
TCPIP_TASK_ID ,
BLIP_TASK_ID ,
LPPP_TASK_ID ,
WPPP_TASK_ID ,
/* Application Layer */
AAUD_TASK_ID ,
/*remove 20220927 CQ00139071 begin*/
/*remove 20220927 CQ00139071 end*/
TASK_DISH_ID ,
TASK_EXTRA2_ID ,
/* 20163 removed AEIT task */
TASK_NOT_USED_ID ,
TASK_ATCV_MAILER_ID ,
TASK_AL_TEST_ID ,
TASK_AL_SCRIPT_ID ,
TASK_AL_TEST2_ID ,
SIMAT_TASK_ID ,
TASK_EXTRA4_ID ,
TASK_EXTRA5_ID ,
/* WAP Tasks */
TASK_EXTRA6_ID ,
TASK_EXTRA7_ID ,
TASK_EXTRA8_ID ,
TASK_EXTRA9_ID ,
MMI_TEST_TASK_ID ,
TASK_EXTRA10_ID ,
TASK_EXTRA11_ID ,
TASK_EXTRA12_ID ,
TASK_EXTRA13_ID ,
TASK_EXTRA15_ID ,
TASK_EXTRA16_ID ,
START_AB_ALIASES ,
ALSH_TASK_ID = TASK_BL_ID ,
AL_TASK_ID = TASK_BL_ID ,
GP_ABGP_TASK_ID = TASK_BL_ID ,
STOP_AB_ALIASES = START_AB_ALIASES - 1 ,
/*
Absorb task receives signals and deletes them. Useful when a destination task is needed for IND
and CNF signals.
*/
ABSORB_TASK_ID ,
TASK_EXTRA17_ID ,
TASK_EXTRA18_ID ,
TASK_EXTRA19_ID ,
TASK_EXTRA20_ID ,
TASK_EXTRA21_ID ,
TASK_EXTRA22_ID ,
FM_TASK_ID ,
TASK_EXTRA23_ID ,
SOCKTEST_TASK_ID ,
/* Transport Task */
TRANSPORT_TASK_ID ,
AP_BG_TASK_ID ,
/* END OF FILE */
KI_TASK_SET_STOP_6 ,
KI_TASK_SET_START_7 = ( 7 << ( 8 ) ) ,
/*******************************************************************************
** Mapal Set
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2006 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / mptask.h#1 $
* $Revision: #1 $
* $DateTime: 2006 / 10 / 17 10 :20:49 $
**************************************************************************
* File Description : Mapal task definitions
**************************************************************************/
/*
** This file deiberately does not have a multiple inclusion protection
** as it can be legitimately included twice.
**
** This must never be included directly by any file outside of the GKI.
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** GKI Task ID , GKI Queue ID , Entry Point Stack , Queue , Priority
*/
MAPAL_TASK_ID ,
MAPAL_DRIVERS_TASK_ID ,
MP_RESERVED0_TASK_ID ,
MP_RESERVED1_TASK_ID ,
MAPAL_SPAL_HF_TASK_ID ,
MP_RESERVED2_TASK_ID ,
MP_RESERVED3_TASK_ID ,
MP_TESTING_TASK_ID ,
MP_TARGET_DRIVER_TEST_TASK_ID ,
MP_PC_AUTOTEST_TASK_ID ,
MP_PC_BORG_AUTOTEST_TASK_ID ,
PC_DRIVER_DEBUG_TEST_TASK_ID ,
MAPAL_DPRAMHWFWD_TASK_ID ,
MAPAL_COMMS_TASK_ID ,
MAPAL_FWDTEST_TASK_ID ,
MAPAL_LOGGING_TASK_ID ,
MP_GKI_TEST_TASK_ID ,
MP_ASYNC_APP1_TASK_ID ,
MP_ASYNC_DRV1_TASK_ID ,
/* END OF FILE */
KI_TASK_SET_STOP_7 ,
KI_TASK_SET_START_8 = ( 8 << ( 8 ) ) ,
/*******************************************************************************
** Bluetooth Set
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / bttask.h#1 $
* $Revision: #1 $
* $DateTime: 2006 / 10 / 17 10 :20:49 $
**************************************************************************
* File Description : Bluetooth task definitions
**************************************************************************/
/*
** This file deiberately does not have a multiple inclusion protection
** as it can be legitimately included twice.
**
** This must never be included directly by any file outside of the GKI.
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** GKI Task ID , GKI Queue ID , Entry Point Stack , Queue , Priority
*/
BT_SCHEDULER_TASK_ID ,
BT_SCHEDULER_TEST_TASK_ID ,
BT_BG_TASK_ID ,
ABBT_AU_TASK_ID ,
RMT_SIM_TASK_ID ,
/* END OF FILE */
KI_TASK_SET_STOP_8 ,
KI_TASK_SET_START_9 = ( 9 << ( 8 ) ) ,
/*******************************************************************************
** Test Set
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / testtask.h#1 $
* $Revision: #1 $
* $DateTime: 2006 / 10 / 17 10 :20:49 $
**************************************************************************
* File Description : Protocol stack test task definitions
**************************************************************************/
/* UPGRADE_COOLART should never be defined for a MS target build.
* It is used exclusively for the testing of protocol stacks */
KI_TASK_SET_STOP_9 ,
KI_TASK_SET_START_10 = ( 10 << ( 8 ) ) ,
/*******************************************************************************
** Multimedia Set
*******************************************************************************/
/*------------------------------------------------------------
( C ) Copyright [ 2006 -2008 ] Marvell International Ltd.
All Rights Reserved
------------------------------------------------------------*/
/**************************************************************************
* TTPCom Software Copyright ( c ) 1997 -2005 TTPCom Ltd
* Licensed to Marvell International Ltd
**************************************************************************
* $Id: / / central / main / wsd / sys / gki.typ / api / cfg / mediatask.h#4 $
* $Revision: #4 $
* $DateTime: 2007 / 2 / 2 13 :54:44 $
**************************************************************************
* File Description : Multimedia task definitions
**************************************************************************/
/*
** This file deliberately does not have multiple inclusion protection
** as it can be legitimately included twice.
**
** This must never be included directly by any file outside of the GKI.
*/
/*
** Priorities ( low number is high priority )
**
** 0 to 9 Tasks which respresent work which is launched by an interrupt
** 10 to 39 High priority task e.g. Timer task
** 40 to 69 Medium priority task e.g. RR
** 70 to 99 Low priority task e.g. AL
*/
/*
** GKI Task ID , GKI Queue ID , Entry Point Stack , Queue , Priority , Stack Pool
*/
MMAC_TASK_ID ,
MMAC_HIGH_PRIORITY_TASK_ID ,
MF_PROCS0_TASK_ID ,
MF_PROCS1_TASK_ID ,
MF_RM_TASK_ID ,
MF_COMMS_TASK_ID ,
MEDIA_CONTROLLER_TASK_ID ,
MDS_CONTROL_TASK_ID ,
VIDEO_RENDER_TASK_ID ,
MES_CONTROL_TASK_ID ,
MES_CAPTURE_TASK_ID ,
CME_SM_SETUP_TASK_ID ,
CME_AUDIO_LOW_PRI_TASK_ID ,
MMCC_TASK_ID ,
AM_TASK_ID ,
AU_DDR_TASK_ID ,
MMSC_CONTROLLER_TASK_ID ,
AU_ROUTER_TASK_ID ,
KI_TASK_SET_STOP_10 ,
/* END OF FILE */
KI_TASK_ID_END ,
/* Task sets add one to the end of a set for the task set stop id ,
** so need to subtract one to get the max id. */
KI_MAX_TASK_ID = KI_TASK_ID_END - 1 ,
UNKNOWN_TASK_ID = 0xFFFF ,
/* This is the task id used by PassThru tasks in Genie.
** Do not send signals from target entities to this task
** as it does not exist on the target. */
PASS_THRU_TASK_ID = 0 ,
UNKNOWN_TASK = UNKNOWN_TASK_ID
/* Any new TaskId which is to be recognised by GENIE should end in the
** string " _ID " ; conversely , any value which is not to be displayed by
** GENIE should NOT end in this string. */
} TaskId , KiTaskId;
typedef signed int ptrdiff_t ;
typedef unsigned int size_t ;
typedef unsigned short wchar_t ;
typedef Int32 FrameTicks ;
typedef Int32 KernelTicks ;
typedef Int8 EmptySignal ;
typedef Int8 SignalNotYetDefined ;
typedef Int8 KiTimerIndex ;
typedef Int16 KiTimerId ;
typedef Int16 KiTimerUserValue ;
//ICAT EXPORTED STRUCT
typedef struct KiTimerTag
{
/** Timer duration.
* This field defines the duration , in kernel ticks , for which the timer
* is required to run. The GKI macros #SECONDS_TO_TICKS ( ) and
* #MILLISECONDS_TO_TICKS ( ) convert between seconds or milliseconds and
* number of kernel ticks. The macros will round up to the nearest tick.
* The smallest unit of time is one system tick. For a system based on the
* GSM frame rate this is 4.615000 ms ( the GSM TDMA frame period ) . */
FrameTicks timeoutPeriod ;
/** Task to receive expiry signal.
* This field specifies the task to which the timer expiry signal will be
* sent. */
TaskId myTaskId ;
/** Timer reference number.
* This field contains a reference number allocated by the GKI which
* uniquely identifies the instance of the timer. If the timer is stopped
* and then started again , the new timerId value will be different. The
* value is used to filter rogue timeout signals belonging to a previous
* instance of the timer. The task receiving a timeout signal must compare
* the timerId value in the timeout signal with the timerId value within
* the local KiTimer structure. If they are different , the timeout signal
* belongs to a previous instance of the timer that has already been
* stopped. */
KiTimerId timerId ;
/** Task specific data.
* This field contains a reference number to allow a task to identify a
* timer when using multiple timers. The GKI makes no use of this variable
* except to include it in the timer expiry signal. */
KiTimerUserValue userValue ;
}
KiTimer;
//ICAT EXPORTED ENUM
typedef enum LlcFrameFormatTag
{
FRAME_I ,
FRAME_S ,
FRAME_UI ,
FRAME_U ,
FRAME_INVALID
}
LlcFrameFormat;
//ICAT EXPORTED UNION : LlcFrameFormat
typedef union ControlFieldTag
{ /* Four types of LLC frame formats: */
FormatI formatI ; /* I+S */
FormatS formatS ;
FormatUI formatUI ;
FormatU formatU ;
}
ControlField;
//ICAT EXPORTED STRUCT
typedef struct LlcHeaderTag
{
LlcFrameFormat format ; /* I+S , S , UI or U */
AddressField address ;
ControlField control ;
Int8 length ; /* LLC header length ( Address and Control fields ) */
FrameError error ;
}
LlcHeader;
typedef Int16 Mnc ;
typedef Int16 Mcc ;
typedef Int16 AccessTechnologyId ;
//ICAT EXPORTED STRUCT
typedef struct PlmnTag
{
Mcc mcc ; /**< Mobile Country Code. */
/* @ITEM_DESC@ Mobile Country Code @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number*/
Mnc mnc ; /**< Mobile Network Code. */
/* @ITEM_DESC@ Mobile Network Code @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number*/
AccessTechnologyId accessTechnology ; /**< Access Technology: GSM_ACCESS_TECHNOLOGY , UTRAN_ACCESS_TECHNOLOGY or GSM_COMPACT_ACCESS_TECHNOLOGY. */
/* @ITEM_DESC@ Access Technology ID. For coding see ETSI TS 131 102 . @ITEM_MODE@ ReadWrite @ITEM_UNIT@ bitmap
@ITEM_DEPENDENCY@ ETSI TS 131 102 . */
}
Plmn;
//ICAT EXPORTED STRUCT
typedef struct SimPlmnTag
{
/* @STRUCT_DESC@ PLMN with MNC length */
Plmn plmn ; /**< PLMN. */
/* @ITEM_DESC@ PLMN @ITEM_MODE@ ReadWrite @ITEM_UNIT@ see structure definition */
Boolean mncThreeDigitsDecoding ; /**< Is three digit encoding used. */
/* @ITEM_DESC@ Is three digit encoding used @ITEM_MODE@ ReadWrite @ITEM_UNIT@ on / off ( 0 -not active , 1 -active ) */
}
SimPlmn;
//ICAT EXPORTED ENUM
typedef enum PlmnNameCodingSchemeTag
{
PLMN_CODING_DEFAULT , /**< Default coding scheme. */
PLMN_CODING_UCS2 /**< UCS2 coding scheme. */
}
PlmnNameCodingScheme;
//ICAT EXPORTED ENUM
typedef enum FreqBandTag
{
FreqBand_dcs1800Band ,
FreqBand_pcs1900Band
}
FreqBand;
typedef Int8 FullName [ ( ( 25 ) ) ] ;
typedef Int8 AbbrName [ ( ( 11 ) ) ] ;
typedef Int8 Initials [ ( 4 ) ] ;
typedef Int8 FormatSpecifier [ ( 14 ) ] ;
//ICAT EXPORTED STRUCT
typedef struct PlmnNameTag
{
/* @STRUCT_DESC@ PLMN Name */
PlmnNameCodingScheme plmnCoding ; /**< Coding scheme for ' full ' , ' abbr ' & ' initials ' . */
/* @ITEM_DESC@ @ITEM_MODE@ ReadWrite @ITEM_UNIT@ See enum for values*/
FullName full ; /**< Full network name ( long ) . */
AbbrName abbr ; /**< Abbreviated network name ( short ) . */
Initials initials ; /**< Country initials. */
FormatSpecifier format ; /**< Format specifier. */
}
PlmnName;
//ICAT EXPORTED STRUCT
typedef struct PlmnIdTag
{
/* @STRUCT_DESC@ PLMN ID */
Boolean present ; /**< Is present. */
/* @ITEM_DESC@ Is present @ITEM_MODE@ ReadWrite @ITEM_UNIT@ on / off ( 0 -not active , 1 -active ) */
Plmn plmn ; /**< PLMN. */
/* @ITEM_DESC@ PLMN @ITEM_MODE@ ReadWrite @ITEM_UNIT@ see structure definition */
Boolean threeDigitMnc ; /**< Is the MNC three digit. */
/* @ITEM_DESC@ Is present @ITEM_MODE@ ReadWrite @ITEM_UNIT@ on / off ( 0 -not active , 1 -active ) */
PlmnName plmnName ; /**< PLMN Name. */
/* @ITEM_DESC@ PLMN Name @ITEM_MODE@ ReadWrite @ITEM_UNIT@ see structure definition */
}
PlmnId;
typedef Int16 Arfcn ;
typedef Int16 ReducedFrameNumber ;
typedef Int8 Bsic ;
typedef Int8 Tsc ;
typedef SignedInt32 Otd ;
//ICAT EXPORTED ENUM
typedef enum BandTag
{
GSM_BAND = 0 ,
DCS_BAND = 1 ,
PCS_BAND = 2 ,
EGSM_BAND = 3 ,
GSM_450_BAND = 4 ,
GSM_480_BAND = 5 ,
GSM_850_BAND = 6 ,
NUM_BANDS , /**< The number of bands supported by Layer 1 and RR */
/*2013.12.30 , mod by Xili for CQ00051491 , begin*/
/* used by SIMAT */
LTE_BAND = 0xFD ,
/*2013.12.30 , mod by Xili for CQ00051491 , end*/
/* used by MM */
UMTS_BAND = 0xFE ,
INVALID_BAND = 0xFF
}
Band;
//ICAT EXPORTED ENUM
typedef enum BandModeTag
{
/* @ENUM_DESC@ GSM Band Mode */
ZERO_BAND_MODE = 0x0000 ,
PGSM_MODE = 0x0001 , /**< Autoband enabled */
EGSM_MODE = ( 0x0001 + 0x0008 ) , /**< Autoband enabled */
DCS_MODE = 0x0002 , /**< Autoband enabled */
PGSM_DCS_MODE = 0x0001 + 0x0002 , /**< Autoband enabled */
EGSM_DCS_MODE = ( 0x0001 + 0x0008 ) + 0x0002 , /**< Autoband enabled */
PCS_MODE = 0x0004 , /**< Autoband enabled */
PGSM_PCS_MODE = 0x0001 + 0x0004 , /**< Autoband enabled */
EGSM_PCS_MODE = ( 0x0001 + 0x0008 ) + 0x0004 , /**< Autoband enabled */
PGSM_PCS_MODE_LOCK = 0x0001 + 0x0004 + 0x0200 , /**< LOCK the MS to PGSM / PCS mode. Autoband DISABLED. For use in testing and 900 / 1900 countries only */
EGSM_PCS_MODE_LOCK = ( 0x0001 + 0x0008 ) + 0x0004 + 0x0200 , /**< LOCK the MS to EGSM / PCS mode. Autoband DISABLED. For use in testing and 900 / 1900 countries only */
EGSM_DCS_MODE_LOCK = ( 0x0001 + 0x0008 ) + 0x0002 + 0x0200 , /**< LOCK the MS to EGSM / DCS mode. Autoband DISABLED. For use in testing and 900 / 1800 countries only */
DCS_MODE_LOCK = 0x0002 + 0x0200 , /**< LOCK the MS to DCS mode. Autoband DISABLED. For use in testing only */
PCS_MODE_LOCK = 0x0004 + 0x0200 , /**< LOCK the MS to PCS mode. Autoband DISABLED. For use in testing only */
EGSM_MODE_LOCK = ( 0x0001 + 0x0008 ) + 0x0200 , /**< LOCK the MS to EGSM mode. Autoband DISABLED. For use in testing only */
/* Band mode for GSM850 support */
GSM850_MODE = 0x0040 , /**< Autoband enabled */
GSM850_PCS_MODE = 0x0040 + 0x0004 , /**< Autoband enabled */
GSM850_PCS_MODE_LOCK = 0x0040 + 0x0004 + 0x0200 , /**< LOCK the MS to GSM850 / PCS1900 mode. */
GSM850_PCS_EGSM_DCS_MODE = 0x0040 + 0x0004 + EGSM_DCS_MODE ,
GSM850_PCS_DCS_MODE = 0x0040 + 0x0004 + 0x0002 , /* CQ00155045 Add */
GSM850_DCS_EGSM_MODE = 0x0040 + EGSM_DCS_MODE , /**< Autoband enabled */
GSM850_PCS_EGSM_MODE = 0x0040 + EGSM_PCS_MODE , /**< Autoband enabled */
GSM850_DCS_MODE = 0x0040 + 0x0002 , /**< Autoband enabled */
GSM850_MODE_LOCK = 0x0040 + 0x0200 , /**< LOCK the MS to GSM850 mode. Autoband DISABLED. For use in testing only */
GSM850_DCS_MODE_LOCK = 0x0040 + 0x0002 + 0x0200 , /**< LOCK the MS to GSM850 / DCS1800 mode. Autoband DISABLED. For use in testing and 850 / 1800 countries only */
GSM850_DCS_EGSM_MODE_LOCK = 0x0040 + EGSM_DCS_MODE + 0x0200 , /**< LOCK the MS to GSM850 / DCS1800 mode. Autoband DISABLED. For use in testing and 850 / 1800 countries only */
GSM850_PCS_EGSM_MODE_LOCK = 0x0040 + EGSM_PCS_MODE + 0x0200 , /**< LOCK the MS to GSM850 / DCS1800 mode. Autoband DISABLED. For use in testing and 850 / 1800 countries only */
EGSM_DCS_PCS_MODE = ( 0x0001 + 0x0008 ) + 0x0002 + 0x0004 ,
EGSM_DCS_PCS_MODE_LOCK = ( 0x0001 + 0x0008 ) + 0x0002 + 0x0004 + 0x0200 ,
/* used by MM */
UMTS_MODE = 0x0100 ,
/* used by MM */
LTE_MODE = 0x0400 ,
QUAD_MODE = 0x0002 + 0x0004 + ( 0x0001 + 0x0008 ) + 0x0040 ,
QUAD_MODE_LOCK = QUAD_MODE + 0x0200 ,
/* This is used to verify value is within the allowed range. */
/* Note that the value should be updated if new bit is added.*/
ALL_BITS_BAND_MODE = 0x0200 + 0x0100 + 0x0080 + 0x0040 + ( 0x0010 + 0x0020 ) + ( 0x0001 + 0x0008 ) + 0x0002 + 0x0004
+ 0x0400 ,
INVALID_BAND_MODE = 0xffff
}
BandMode;
//ICAT EXPORTED ENUM
typedef enum NetworkModeTag
{
/* @ENUM_DESC@ used in PLMN search to determine the networks to search */
NMODE_GSM ,
NMODE_UMTS ,
NMODE_LTE ,
NMODE_GSM_UMTS ,
NMODE_GSM_LTE ,
NMODE_UMTS_LTE ,
NMODE_GSM_UMTS_LTE ,
NMODE_NULL
}
NetworkMode;
//ICAT EXPORTED ENUM
typedef enum NetworkModeBitMaskTag
{
NW_MODE_NO_RATS = 0 ,
NW_MODE_BIT_GSM = 0x01 ,
NW_MODE_BIT_UMTS = 0x02 ,
NW_MODE_BIT_DUAL_RAT = NW_MODE_BIT_GSM | NW_MODE_BIT_UMTS ,
NW_MODE_BIT_LTE = 0x04 ,
NW_MODE_BIT_GSM_LTE = NW_MODE_BIT_GSM | NW_MODE_BIT_LTE ,
NW_MODE_BIT_UMTS_LTE = NW_MODE_BIT_UMTS | NW_MODE_BIT_LTE ,
NW_MODE_BIT_TRI_RAT = NW_MODE_BIT_DUAL_RAT | NW_MODE_BIT_LTE ,
NW_MODE_BIT_ALL_RATS = NW_MODE_BIT_TRI_RAT ,
NW_MODE_BIT_MAX
} NetworkModeBitMask;
//ICAT EXPORTED ENUM
typedef enum UmtsWorkModeTag
{
UWMODE_TDD ,
UWMODE_FDD
}
UmtsWorkMode;
//ICAT EXPORTED ENUM
typedef enum LteOperateModeTag
{
PS_MODE_2 ,
CS_PS_MODE_1 ,
CS_PS_MODE_2 ,
PS_MODE_1
}
LteOperateMode;
//ICAT EXPORTED ENUM
typedef enum LteUsageSettingTag
{
VOICE_CENTRIC ,
DATA_CENTRIC
}
LteUsageSetting;
//ICAT EXPORTED ENUM
typedef enum LteVoiceDomainPreferTag
{
CS_VOICE_ONLY ,
IMS_PS_VOICE_ONLY ,
CS_PS_VOICE_PREFER_IMS_PS_VOICE_SEC ,
IMS_PS_VOICE_PREFER_CS_VOICE_SEC
}
LteVoiceDomainPrefer;
//ICAT EXPORTED ENUM
typedef enum LteSmsDomainTag
{
SMS_OVER_IMS ,
SMS_OVER_SGS
}
LteSmsDomain;
//ICAT EXPORTED ENUM
typedef enum AccessBurstTypeTag
{
EIGHT_BIT_ACCESS_BURST = 0 ,
ELEVEN_BIT_ACCESS_BURST = 1 ,
ACCESS_BURST_NOT_DEFINED = 2
}
AccessBurstType;
typedef Int32
Tmsi ;
typedef Int16
AccessClass ;
typedef Int16
Lac ;
typedef Int8
Rac ;
typedef Int16
CellId ;
typedef Int8
TmsiTime ;
typedef Int16
Tac ;
typedef Int32
MTmsi ;
typedef Int16
MmeGroupId ;
typedef Int8
MmeCode ;
//ICAT EXPORTED STRUCT
typedef struct TaiTag
{
Mcc mcc ;
Mnc mnc ;
Tac tac ;
Int8 rawIe [ 5 ] ;
}
Tai;
typedef Tai TrackingAreaIdentityElement ;
//ICAT EXPORTED ENUM
typedef enum PartialTaiListTypeTag
{
PARTIAL_TAI_LIST_TYPE_0 = 0 , /* Type of list = " 0 " */
PARTIAL_TAI_LIST_TYPE_1 = 1 , /* Type of list = " 1 " */
PARTIAL_TAI_LIST_TYPE_2 = 2 /* Type of list = " 10 " */
}
PartialTaiListType;
//ICAT EXPORTED STRUCT
typedef struct PartialTaiList_0Tag
{
Mcc mcc ;
Mnc mnc ;
Tac tac [ 16 ] ;
}
PartialTaiList_0;
typedef PartialTaiList_0 PartialTaiList_1 ;
//ICAT EXPORTED STRUCT
typedef struct PartialTaiList_2Tag
{
Tai tai [ 16 ] ;
}
PartialTaiList_2;
//ICAT EXPORTED UNION:PartialTaiListType
typedef union TaiListUnionElementTag
{
PartialTaiList_0 taiListType_0 ;
PartialTaiList_1 taiListType_1 ;
PartialTaiList_2 taiListType_2 ;
} TaiListUnion;
//ICAT EXPORTED STRUCT
typedef struct PartialTaiListElementTag
{
PartialTaiListType taiListType ;
Int16 numOfElements ; /* 1 ~16 */
TaiListUnion taiListUnion ;
}
PartialTaiList;
//ICAT EXPORTED STRUCT
typedef struct TaiListElementTag
{ /* Refer to 9.900000 .3.33-24.301 */
Int16 numOfList ; /* Number of Partial tracking area identity list */
PartialTaiList partialTaiList [ 16 ] ;
}
TaiListElement;
//ICAT EXPORTED STRUCT
typedef struct GutiTag
{
Int8 guti [ 10 ] ;
}
Guti;
//ICAT EXPORTED ENUM
typedef enum TinTag
{
TIN_PTMSI ,
TIN_GUTI ,
TIN_RAT_RELATED_TMSI ,
TIN_DELETED
}
Tin;
//ICAT EXPORTED ENUM
typedef enum MsOperationModeTag
{
MS_OPERN_NORMAL = 0x00 , /* normal operation */
MS_OPERN_TA = 0x80 , /* type approval operation */
MS_OPERN_NORMAL_PLUS_SPECIFIC = 0x01 , /* normal + specific operation */
MS_OPERN_TA_PLUS_SPECIFIC = 0x81 , /* type approval + specific operation */
MS_OPERN_MAINTENANCE = 0x02 , /* maintenance operation */
MS_OPERN_CELL_TEST = 0x04 /* cell test operation */
}
MsOperationMode;
//ICAT EXPORTED ENUM
typedef enum KeySequenceTag
{
KEY_SEQUENCE_0 = 0 ,
KEY_SEQUENCE_1 = 1 ,
KEY_SEQUENCE_2 = 2 ,
KEY_SEQUENCE_3 = 3 ,
KEY_SEQUENCE_4 = 4 ,
KEY_SEQUENCE_5 = 5 ,
KEY_SEQUENCE_6 = 6 ,
NO_KEY_SEQUENCE_AVAILABLE = 7
}
KeySequence;
//ICAT EXPORTED STRUCT
typedef struct LocationAreaIdTag
{
Mcc mcc ;
/* @ITEM_DESC@ Mobile Country Code @ITEM_MODE@ ReadWrite @ITEM_UNIT@ code*/
Mnc mnc ;
/* @ITEM_DESC@ Mobile Network Code @ITEM_MODE@ ReadWrite @ITEM_UNIT@ code*/
Lac lac ;
/* @ITEM_DESC@ Location area code @ITEM_MODE@ ReadWrite @ITEM_UNIT@ code*/
Int8 rawIe [ 5 ] ;
/* @ITEM_DESC@ Information as read on SI @ITEM_MODE@ ReadWrite @ITEM_UNIT@ */
}
LocationAreaIdElement;
typedef LocationAreaIdElement Lai ;
typedef LocationAreaIdElement LocationAreaId ;
//ICAT EXPORTED STRUCT
typedef struct EquivalentPlmnTag
{
/* @STRUCT_DESC@ Equivalent PLMN */
Mcc mcc ;
/* @ITEM_DESC@ Mobile Country Code @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number */
Mnc mnc ;
/* @ITEM_DESC@ Mobile Network Code @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number */
}
EquivalentPlmn;
//ICAT EXPORTED STRUCT
typedef struct EquivalentPlmnListTag
{
/* @STRUCT_DESC@ List of Equivalent PLMNs */
Int16 numPlmn ;
/* @ITEM_DESC@ Number of PLMNs in the list @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number */
EquivalentPlmn plmn [ 16 ] ;
/* @ITEM_DESC@ Array of Equivalent PLMNs @ITEM_MODE@ ReadWrite @ITEM_UNIT@ see structure definition */
}
EquivalentPlmnListElement;
typedef EquivalentPlmnListElement EquivalentPlmnList ;
//ICAT EXPORTED STRUCT
typedef struct ChannelBitMapTag
{
Boolean valid ;
Int8 channelData [ 128 ] ;
}
BaList;
//ICAT EXPORTED ENUM
typedef enum MmErrorCauseTag
{
MM_ERROR_UNEX_CAMP_REQ ,
MM_ERROR_UNEX_REG_REQ ,
MM_ERROR_UNEX_NREG_REQ ,
MM_ERROR_UNEX_PLMN_LIST_REQ ,
MM_ERROR_UNEX_PLMN_LIST_RRC_CONN_EXIST_REQ ,
MM_ERROR_UNEX_CAMP_REQ_IN_REG_PROC ,
MM_ERROR_SIM_PROBLEM
}
MmErrorCause;
//ICAT EXPORTED ENUM
typedef enum MmStateTag /* defined in 4.100000 .2.1.1 */
{
/* GRR */
/* connection y / n */
M0_MM_NULL = 0 , /* n */
M3_WAIT_FOR_LOC_UPDATE_RESPONSE = 3 , /* y */
M5_WAIT_FOR_OUTGOING_MM_CONNECTION = 5 , /* y */
M6_MM_CONNECTION_ACTIVE = 6 , /* y */
M7_IMSI_DETACH_INITIATED = 7 , /* y */
M9_WAIT_FOR_NETWORK_COMMAND = 9 , /* y */
M10_LOCATION_UPDATE_REJECTED = 10 , /* y */
M13_RR_CONN_PENDING_LOC_UPDATING = 13 , /* n */
M14_RR_CONN_PENDING_MM_CONNECTION = 14 , /* n */
M15_RR_CONN_PENDING_IMSI_DETACH = 15 , /* n */
M17_WAIT_FOR_CM_REESTABLISH = 17 , /* n */
M18_WAIT_FOR_RR_ACTIVE = 18 , /* n */
M20_WAIT_FOR_ADDITIONAL_OUTGOING_MM_CONNECTION = 20 , /* y */
M23_LOCATION_UPDATE_PENDING = 23 ,
M24_IMSI_DETACH_PENDING = 24 ,
M19_MM_IDLE_NORMAL_SERVICE = 191 , /* state 19.100000 */ /* n */
M19_MM_IDLE_ATTEMPTING_TO_UPDATE = 192 , /* state 19.200000 */ /* n */
M19_MM_IDLE_LIMITED_SERVICE = 193 , /* state 19.300000 */ /* n */
M19_MM_IDLE_NO_IMSI = 194 , /* state 19.400000 */ /* n */
M19_MM_IDLE_NO_CELL_AVAILABLE = 195 , /* state 19.500000 */ /* n */
M19_MM_IDLE_LOC_UPDATE_NEEDED = 196 , /* state 19.600000 */ /* n */
M19_MM_IDLE_ECALL_INACTIVE = 197 , /* state 19.110000 */ /*added by xyma for CQ00100279 20150814 */
/*
** Other MM states are not implemented ; they are insufficient to
** describe behaviour.
*/
MM_NUM_STATES /* leave as last constant */
}
MmState;
//ICAT EXPORTED ENUM
typedef enum UmmStateTag
{
UMM_DETACHED ,
UMM_IDLE ,
UMM_CONNECTED ,
NUM_UMM_STATES
} UmmState;
//ICAT EXPORTED ENUM
typedef enum EmmEpsStateTag
{
EMM_DETACHED ,
EMM_IDLE ,
EMM_CONNECTED ,
EMM_IDLE_SUSPEND , // add by xyma for CQ00125818 2021.100000 .4
NUM_EMM_STATES
}
EmmEpsState;
//ICAT EXPORTED ENUM
typedef enum SRStateTag
{
S_START = 0 ,
S_SUCCESS ,
S_CANCEL ,
S_FAIL
} SRState;
//ICAT EXPORTED ENUM
typedef enum EmmStateTag /* defined in 24301 5.100000 .3 */
{
EMM_NULL = 0 ,
EMM_REGISTERED_INITIATED = 1 ,
EMM_DEREGISTERED_INITIATED = 2 ,
EMM_TRACKING_AREA_UPDATING_INITIATED = 3 ,
EMM_REGISTERED_NORMAL_SERVICE = 10 ,
EMM_REGISTERED_UPDATE_NEEDED = 12 ,
EMM_REGISTERED_ATTEMPTING_TO_UPDATE = 13 ,
EMM_REGISTERED_NO_CELL_AVAILABLE = 14 ,
EMM_REGISTERED_LIMITED_SERVICE = 15 ,
EMM_REGISTERED_ATTEMPTING_TO_UPDATE_MM = 16 ,
EMM_DEREGISTERED_NORMAL_SERVICE = 20 ,
EMM_DEREGISTERED_LIMITED_SERVICE = 21 ,
EMM_DEREGISTERED_ATTACH_NEEDED = 22 ,
EMM_DEREGISTERED_ATTEMPTING_TO_ATTACH = 23 ,
EMM_DEREGISTERED_NO_IMSI = 24 ,
EMM_DEREGISTERED_NO_CELL_AVAILABLE = 25 ,
EMM_DEREGISTERED_PLMN_SEARCH = 27 ,
EMM_REGISTERED_IMSI_DETACH_INITIATED = 28 ,
EMM_SERVICE_REQUEST_INITIATED = 29 ,
EMM_NUM_STATES /* leave as last constant */
}
EmmState;
//ICAT EXPORTED ENUM
typedef enum EmmSpecificProcedureTag
{
EPS_ONLY_ATTACH_PROC = 0 ,
EMM_COMBINED_ATTACH_PROC ,
EMM_PERIODIC_TA_PROC ,
EMM_NORMAL_TA_PROC ,
EMM_COMBINED_TA_PROC ,
EMM_COMBINED_TA_WITH_IMSI_PROC ,
EPS_ONLY_DETACH_PROC ,
EPS_IMSI_DETACH_PROC ,
EPS_ONLY_MT_DETACH ,
EPS_MT_DETACH_REATTACH ,
EMM_COMBINED_DETACH_PROC ,
EMM_CELL_UPDATE_PROC ,
EMM_WAIT_FOR_ESM_RESP_FOR_TAU ,
EMM_WAIT_FOR_ESM_RESP_FOR_ATTACH ,
EMM_SERVICE_REQUEST_PROC ,
EMM_WAIT_FOR_ESM_RESP_FOR_PAGING ,
/* added by xyma for CQ00059052 , 2014.040000 .18 , begin*/
EPS_EMERGENCY_ATTACH_PROC ,
/* added by xyma for CQ00059052 , 2014.040000 .18 , end*/
NO_EMM_SPECIFIC_PROC
} EmmSpecificProcedure;
//ICAT EXPORTED ENUM
typedef enum EmmCommonProcedureTag
{
EMM_EPS_AUTHEN_PROC = 0 ,
/* All the other EMM common procedures are single signal procedures so are not really needed here */
NO_EMM_COMMON_PROC
} EmmCommonProcedure;
//ICAT EXPORTED ENUM
typedef enum EmmProcedureStatusTag
{
EMM_AWAITING_EXECUTION = 0 ,
EMM_EXECUTING ,
EMM_AWAITING_COMPLETION ,
EMM_NO_ACTIVE_PROC
} EmmProcedureStatus;
//ICAT EXPORTED STRUCT
typedef struct EmmProcedureTag
{
EmmSpecificProcedure emmSpecificProc ;
EmmCommonProcedure emmCommonProc ;
EmmProcedureStatus emmSpecificProcStatus ;
} EmmProcedure;
//ICAT EXPORTED ENUM
typedef enum EpsOptPreferModeTag
{
EPS_OPT_CP_ONLY ,
EPS_OPT_UP_ONLY ,
EPS_OPT_CP_PREFER ,
EPS_OPT_UP_PREFER ,
EPS_OPT_RESERVED = 0xFF
}
EpsOptPreferMode;
//ICAT EXPORTED ENUM
typedef enum CsrProcIdTag
{
CSR_NO_PROC ,
CSR_PROC_CSRR ,
CSR_PROC_CSRP ,
CSR_PROC_CSRS ,
CSR_PROC_CSRC
// CQ00070469 add begin
// CQ00070469 add end
}
CsrProcId;
//ICAT EXPORTED ENUM
typedef enum CsrcStateTag
{
CSRC_IDLE ,
CSRC_AWAIT_CPHY_FIND_CELL_CNF ,
CSRC_AWAIT_SYS_INFO ,
CSRC_AWAIT_CPHY_CELL_SELECT_CNF ,
CSRC_AWAIT_CPHY_NEXT_CELL_CNF ,
/* PTK_CQ00236868 begin */
CSRC_SEARCH_ABORTING_WAIT_L1_CNF
/* PTK_CQ00236868 end */
}
CsrcState;
//ICAT EXPORTED ENUM
typedef enum CsrrReselectorStateTag
{
CSRR_AWAIT_RESELECT_TO_UMTS_FAIL_CNF ,
CSRR_AWAIT_RESELECTION_TO_GSM ,
CSRR_SUSPENDED_DUE_TO_CCOFU ,
CSRR_IDLE ,
CSRR_AWAIT_MEASUREMENTS ,
CSRR_AWAIT_BCH_DECODING_CNF ,
CSRR_AWAIT_SYS_INFO ,
CSRR_AWAIT_L1_CAMPED_ON_CELL ,
CSRR_AWAIT_PHY_RESYNCH_TO_SERV_CELL ,
CSRR_RANKING_CSRP_ACTIVE ,
CSRR_ABORTING
,
CSRR_AWAIT_RESELECTION_TO_LTE ,
CSRR_AWAIT_DEACTIVATE_CNF
}
CsrrReselectorState;
//ICAT EXPORTED ENUM
typedef enum CsrpPlmsStateTag
{
CSRP_PLMS_NOT_SEARCHING , /* idle */
CSRP_PLMS_WAIT_PLMS_FREQ_SCAN , /* RSSI scan is done by PLMS task */
CSRP_PLMS_UMTS_WAIT_FOR_BCH_ESTABLISH , /* Waiting for L1 to open BCH */
CSRP_PLMS_UMTS_READING_SIBS , /* Reading BCCH info */
CSRP_PLMS_UMTS_WAIT_FOR_BCH_RELEASE , /* Waiting for L1 to close BCH */
CSRP_PLMS_GSM_READING_SIBS , /* Reading BCCH info */
CSRP_PLMS_LTE_READING_SIBS , /* Reading BCCH info */
CSRP_PLMS_LTE_WAIT_FOR_BCH_RELEASE /* Waiting for L1 to close BCH */
}
CsrpPlmsState;
//ICAT EXPORTED ENUM
typedef enum CsrpActiveStateTag
{
CSRP_STATE_NOT_SEARCHING , /* idle */
CSRP_STATE_ACTIVE , /* active */
CSRP_STATE_ABORTING_AWAIT_PLMS , /* Waiting for PLMS to trigger CSRP abort */
CSRP_STATE_ABORTING_AWAIT_L1_CNF , /* Waiting for L1 CNF so abort can take place */
CSRP_STATE_SUSPENDING_AWAIT_PLMS , /* Waiting for PLMS to trigger CSRP suspend */
CSRP_STATE_SUSPENDING_AWAIT_L1_CNF , /* Waiting for L1 CNF so suspend can take place */
CSRP_STATE_SUSPENDED , /* PLMN search process is suspended */
CSRP_STATE_COMPLETING_AWAIT_L1_CNF /*Waiting for L1 to deactivate before completing search*/
}
CsrpActiveState;
//ICAT EXPORTED ENUM
typedef enum CsrsSearchStatusTag
{
CSRS_NOT_SEARCHING ,
CSRS_SEARCH_WAIT_FOR_SCAN_CNF ,
CSRS_SEARCH_WAIT_FOR_SEARCH_CNF ,
CSRS_SEARCH_WAIT_FOR_SEARCH_BCH ,
CSRS_SEARCH_WAIT_FOR_CHECK_PLMN_REJ_CNF ,
CSRS_SEARCH_WAIT_FOR_CHECK_PLMN_REJ_BCH ,
CSRS_SEARCH_WAIT_PHY_DEACTIVATE_CNF ,
CSRS_SEARCH_ABORTING_WAIT_L1_CNF ,
CSRS_SEARCH_WAIT_FOR_PLMS , // search is ongoing in PLMS
CSRS_SEARCH_WAIT_FB_BCH_CNF , // Wating for CphyFgBchCnf
CSRS_SEARCH_WAIT_PLMS_ABORT , // Wating for PLMS to Abort the search
CSRS_SEARCH_WAIT_FOR_IRAT_RESEL , // ICS started in another RAT waiting for reselection to URR
CSRS_SEARCH_WAIT_HAW_INIT ,
CSRS_SEARCH_WAIT_FB_BCH_CNF_BEFORE_PLMS_ABORT // Wating for CphyFgBchCnf Before aborting PLMS
}
CsrsSearchStatus;
//ICAT EXPORTED ENUM
typedef enum UrrCSRExitCodesTag
{
// CSRC
CSRC_CELL_SELECTION_FAILURE_OOS = 1 ,
CSRC_CELL_CAMPED_ON_SUITABLE_CELL ,
CSRC_CSRTU_FAILURE ,
CSRC_CSRTU_T3174_EXPIRY ,
CSRC_REDIRECTION_FAILED ,
/* PTK_CQ00236868 begin */
CSRC_ABORT_REQUEST ,
/* PTK_CQ00236868 end */
// CSRS
CSRS_ABORT_REQUEST ,
CSRS_INITIAL_CELL_SELECTION_SUCCESS ,
CSRS_FAIL_TO_SELECT_ANY_CELL ,
// CSRR
CSRR_ABORT_REQUEST ,
// CSRR_START_INTERNAL_PLMN_SEARCH , / * CQ00094524 * /
CSRR_START_ICS_IDLE_OOS ,
CSRR_COMPLETE_RESELECTION ,
CSRR_OOS_DETECTED ,
CSRR_RESELECTION_REQUIRED ,
CSRR_ABORT_SUSPENDED_PLMN ,
CSRR_START_CSRR_PROC ,
// CSRP
CSRP_START_CELL_RESELECTION ,
CSRP_ABORT_REQUEST ,
CSRP_ABORT_GSM_MODE_PLMN ,
CSRP_ABORT_LTE_MODE_PLMN ,
CSRP_SUSPENSION_COMPLETE ,
CSRP_FG_GSM_OOS_CONN_NON_DCH_COMPLETE
// CQ00070469 add begin
// CQ00070469 add end
}
UrrCSRExitCodes;
//ICAT EXPORTED ENUM
typedef enum UrrCerStateTag
{
CER_IDLE ,
CER_CONNECTING_WAIT_TX ,
CER_RETRYING_WAIT_TX ,
CER_WAIT_CONNECTION_SETUP ,
CER_WAIT_SETUP_COMPLETE_TX ,
CER_REJECTED_WAIT ,
CER_REJECTED_NEW_FREQ_WAIT_SELECTION ,
CER_REJECTED_SAME_FREQ_WAIT_SIBS ,
CER_REJECTED_DIFF_FREQ_WAIT_SIBS ,
CER_REJECTED_NEW_RAT_WAIT_SELECTION ,
CER_DISC_DCH_WAIT_TX ,
CER_DISC_FACH_WAIT_TX ,
CER_CONNECTED ,
CER_WAIT_IDT_TX_CONFIRM ,
CER_WAIT_RBC_PROCESS_RRC_CONN_SETUP ,
CER_WAIT_RACH_MEAS_RESULTS ,
CER_WAIT_RBC_PROCESS_RRC_CON_RELEASE_FACH ,
CER_WAIT_RBC_PROCESS_RRC_CON_RELEASE_DCH ,
CER_DISC_DCH_WAIT_ALL_SIBS_DISTRIBUTED ,
CER_WAIT_CSR_PLMN_ABORT_CNF ,
CER_WAIT_CELL_UPDATE_OCCURRED ,
CER_WAIT_RBC_MOVE_TO_FACH
}
UrrCerState;
typedef union KiStateMachinesStateTag
{
Int16 genState ;
MmState MM_state ;
EmmState EMM_state ;
CsrProcId CSR_Active_Proc ;
CsrcState CSRC_State ;
CsrsSearchStatus CSRS_State ;
CsrrReselectorState CSRR_State ;
CsrpActiveState CSRP_State ;
UrrCerState URR_CER_State ;
} KiStateMachinesState ;
typedef SignalNotYetDefined KiMemReadReq ;
typedef SignalNotYetDefined KiMemReadCnf ;
typedef SignalNotYetDefined KiMemWriteReq ;
typedef SignalNotYetDefined KiMemWriteCnf ;
typedef SignalNotYetDefined KiMemReadMultiReq ;
typedef SignalNotYetDefined KiMemReadMultiCnf ;
typedef SignalNotYetDefined KiMemWriteMultiReq ;
typedef SignalNotYetDefined KiMemWriteMultiCnf ;
typedef unsigned long UNSIGNED ;
typedef long SIGNED ;
typedef unsigned char DATA_ELEMENT ;
typedef DATA_ELEMENT OPTION ;
typedef DATA_ELEMENT BOOLEAN ;
typedef int STATUS ;
typedef unsigned char UNSIGNED_CHAR ;
typedef unsigned int UNSIGNED_INT ;
typedef int INT ;
typedef unsigned long * UNSIGNED_PTR ;
typedef unsigned char * BYTE_PTR ;
typedef unsigned int size_t ;
typedef unsigned short wchar_t ;
typedef int ( *__heapprt ) ( void * , char const * , ... ) ;
typedef char CHAR ;
typedef unsigned char UCHAR ;
typedef int INT ;
typedef unsigned int UINT ;
typedef long LONG ;
typedef unsigned long ULONG ;
typedef short SHORT ;
typedef unsigned short USHORT ;
//ICAT EXPORTED ENUM
typedef enum
{
OSA_TASK_READY ,
OSA_TASK_COMPLETED ,
OSA_TASK_TERMINATED ,
OSA_TASK_SUSPENDED ,
OSA_TASK_SLEEP ,
OSA_TASK_QUEUE_SUSP ,
OSA_TASK_SEMAPHORE_SUSP ,
OSA_TASK_EVENT_FLAG ,
OSA_TASK_BLOCK_MEMORY ,
OSA_TASK_MUTEX_SUSP ,
OSA_TASK_STATE_UNKNOWN ,
} OSA_TASK_STATE;
//ICAT EXPORTED STRUCT
typedef struct OSA_TASK_STRUCT
{
char *task_name ; /* Pointer to thread ' s name */
unsigned int task_priority ; /* Priority of thread ( 0 -255 ) */
unsigned long task_stack_def_val ; /* default vaule of thread */
OSA_TASK_STATE task_state ; /* Thread ' s execution state */
unsigned long task_stack_ptr ; /* Thread ' s stack pointer */
unsigned long task_stack_start ; /* Stack starting address */
unsigned long task_stack_end ; /* Stack ending address */
unsigned long task_stack_size ; /* Stack size */
unsigned long task_run_count ; /* Thread ' s run counter */
} OSA_TASK;
typedef void *OsaRefT ;
typedef UINT8 OSA_STATUS ;
typedef UINT8 OS_STATUS ;
typedef void* OS_HISR ;
typedef void* OSATaskRef ;
typedef void* OSAHISRRef ;
typedef void* OSASemaRef ;
typedef void* OSAMutexRef ;
typedef void* OSAMsgQRef ;
typedef void* OSAMailboxQRef ;
typedef void* OSAPoolRef ;
typedef void* OSATimerRef ;
typedef void* OSAFlagRef ;
typedef void* OSAPartitionPoolRef ;
typedef void* OSTaskRef ;
typedef void* OSSemaRef ;
typedef void* OSMutexRef ;
typedef void* OSMsgQRef ;
typedef void* OSMailboxQRef ;
typedef void* OSPoolRef ;
typedef void* OSTimerRef ;
typedef void* OSFlagRef ;
typedef UINT8 OS_STATUS ;
typedef OsaTimerStatusParamsT OSATimerStatus ;
typedef void* OSATaskRef ;
typedef void* OSAHISRRef ;
typedef void* OSAMsgQRef ;
typedef void* OSAMailboxQRef ;
typedef void* OSAPartitionPoolRef ;
typedef UINT8 OS_STATUS ;
typedef void ( *USBDeviceTransactionCompletedNotifyFn ) ( USBDevice_EndpointE ,
UINT8 * ,
UINT32 ,
BOOL ) ;
typedef void ( *USBDeviceStatusNotifyFn ) ( USBDevice_StatusE ) ;
typedef void ( *USBDeviceVendorClassRequestNotifyFn ) ( USB_SetupCmdS * ) ;
typedef void ( *USBDeviceEndpointZeroNotifyFn ) ( USB_SetupCmdS * ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointMultiTransmit ) ( USBDevice_EndpointE endpoint ,
UINT32 numOfBuffers ,
USBDevice_MultiTransmitListS *pMultiList ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointTransmit ) ( USBDevice_EndpointE endpoint ,
UINT8 *pTxBuffer ,
UINT32 txLength ,
BOOL autoZLP ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointCancelTransmit ) ( USBDevice_EndpointE endpoint ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointCancelReceive ) ( USBDevice_EndpointE endpoint ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointReceiveCompleted ) ( USBDevice_EndpointE endpoint ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointReceiveCompletedExt ) ( USBDevice_EndpointE endpoint ,
UINT8 *pRxBuffer ,
UINT32 next_packet_expected_length ,
BOOL expect_zlp ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointReceive ) ( USBDevice_EndpointE endpoint ,
UINT8 *pRxBuffer ,
UINT32 length ,
BOOL expect_zlp ) ;
typedef void ( *fpUSBDeviceVendorClassResponse ) ( UINT8 *pBuffer ,
UINT16 bufferLength ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointAbort ) ( USBDevice_EndpointE endpoint ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointClose ) ( USBDevice_EndpointE endpoint ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointOpen ) ( USBDevice_EndpointE endpoint ,
USBDevice_UsageTypeE usageType ,
UINT8 dmaChannel ,
UINT8 *pDescBuffer ,
UINT16 descBufferLength ,
USBDeviceTransactionCompletedNotifyFn transactionCompletedNotifyFn ) ;
typedef USBCDevice_ReturnCodeE ( *fpUSBDeviceEndpointStall ) ( USBDevice_EndpointE endpoint ) ;
typedef void ( *fpUSBDevicePhase2Init ) ( void ) ;
typedef BOOL ( *fpUSBDeviceIsControllerEnabled ) ( void ) ;
typedef void ( *fpUSBDeviceCableDetectionNotify ) ( USBCable_StatusE ) ;
typedef void ( *UsbWkpCallback ) ( void ) ;
typedef void ( *USBMgrControlIndicationFunc ) ( USBMgr_Status , USBMgr_Error , UINT32 ) ;
typedef void ( *USBMgrTxIndicationFunc ) ( UINT32 , UINT8 , UINT8* , UINT32 ) ;
typedef void ( *USBMgrRxIndicationFunc ) ( UINT8 , UINT8 * , UINT32 ) ;
typedef void ( *USBMgrSetupCommandRspFunc ) ( UINT8* , UINT16 ) ;
typedef void ( *USBMgrSetupCommandIndicationFunc ) ( USBMgr_SetupDataStruct * ) ;
typedef void * USBMGR_IF_HANDLER ;
//ICAT EXPORTED STRUCT
typedef struct RtcDateTag
{
/* @STRUCT_DESC@ RTC date ( set or read ) */
Int16 year ; /**< RTC year. */
/* @ITEM_DESC@ RTC year @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number*/
Int8 month ; /**< RTC month ( 1 -12 ) . */
/* @ITEM_DESC@ RTC month @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number ( 1 -12 ) */
Int8 day ; /**< RTC day of month ( 1 -31 ) . */
/* @ITEM_DESC@ RTC day @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number ( 1 -31 ) */
}
RtcDate;
//ICAT EXPORTED STRUCT
typedef struct RtcTimeTag
{
/* @STRUCT_DESC@ RTC time ( set or read ) */
Int8 hours ; /**< RTC hours ( 0 -23 ) . */
/* @ITEM_DESC@ RTC hours @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number ( 0 -23 ) */
Int8 minutes ; /**< RTC minutes ( 0 -59 ) . */
/* @ITEM_DESC@ RTC minutes @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number ( 0 -59 ) */
Int8 seconds ; /**< RTC seconds ( 0 -59 ) . */
/* @ITEM_DESC@ RTC seconds @ITEM_MODE@ ReadWrite @ITEM_UNIT@ number ( 0 -59 ) */
}
RtcTime;
typedef Int8 L1AudioVolume ;
typedef Int8 L1AudioChannel ;
typedef Int16 L1AudioFrequency ;
typedef L1AudioDevice L1AudioDeviceList [ 3 ] ;
typedef Int16 RecordNumber ;
typedef Int16 DataLength ;
typedef Int16 DataChecksum ;
typedef Int32 NvDataType ;
typedef EmptySignal L1AlAudioCustomToneReq ;
typedef EmptySignal L1AlAudioCustomToneStopReq ;
typedef EmptySignal L1AlAudioCustomToneStopInd ;
typedef EmptySignal L1AlAudioCustomToneBufferFreeInd ;
typedef EmptySignal L1AlMemoPlaybackBufferFreeReq ;
typedef EmptySignal L1AlMmacChannelStartReq ;
typedef EmptySignal L1AlMmacChannelStartCnf ;
typedef EmptySignal L1AlMmacChannelStopReq ;
typedef EmptySignal L1AlMmacChannelStopInd ;
typedef EmptySignal L1AlPCMStreamingInputReq ;
typedef EmptySignal L1AlPCMStreamingOutputReq ;
typedef EmptySignal L1AlPCMStreamingStopReq ;
typedef EmptySignal L1AlPCMStreamingInputCnf ;
typedef EmptySignal L1AlPCMStreamingOutputCnf ;
typedef EmptySignal L1AlPCMStreamingStopCnf ;
typedef EmptySignal L1AlMtsTimerStartReq ;
typedef EmptySignal L1AlMtsTimerStartCnf ;
typedef EmptySignal L1AlMtsTimerStopReq ;
typedef EmptySignal L1AlMtsTimerStopCnf ;
typedef EmptySignal L1AlBbcDebugReq ;
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