MidWare_WinStandard1.0/3rd/ehang/Inc/srllib.h

/***********************************************************************/
/*        EhangCom: API Head file
 *
 *        FILE: srllib.h
 * DESCRIPTION: Header File for EhangCom Standard Runtime library
 *
 *   Copyright (c) EhangCom Corp. All Rights Reserved
 *
 *   THIS IS UNPUBLISHED PROPRIETARY SOURCE CODE OF EhangCom Corp.
 *   The copyright notice above does not evidence any actual or
 *   intended publication of such source code.
 */
 /**********************************************************************/


#ifndef __SRLLIB_H__
#define __SRLLIB_H__

#define ISX_API_VER		"2.0.21.18"
#define ISX_API_SPX		""

#include "IsxApi.h"

#ifdef WIN32
	#include <windows.h>
#endif

/*
* mode for all ISX_xxx function
*/
#ifndef EV_ASYNC
	#define EV_SYNC		0x0000	//Used
	#define EV_BIT_01	0x0001
	#define EV_BIT_02	0x0002
	#define EV_BIT_03	0x0004	//Used
	#define EV_BIT_04	0x0008	//Used
	#define EV_BIT_05	0x0010	//Used
	#define EV_BIT_06	0x0020	//Used
	#define EV_BIT_07	0x0040	//Used
	#define EV_BIT_08	0x0080	//Used
	#define EV_BIT_09	0x0100	//Used
	#define EV_BIT_10	0x0200	//Used
	#define EV_BIT_11	0x0400	//Used
	#define EV_BIT_12	0x0800	//Used
	#define EV_BIT_13	0x1000
	#define EV_BIT_14	0x2000
	#define EV_BIT_15	0x4000	
	#define EV_ASYNC	0x8000	//Used
#endif

#ifndef ENUM_OPERMODE
#define ENUM_OPERMODE	1
typedef enum{
	OPER_UNKNOWN	= -1,
	OPER_PLAY		= 1,
	OPER_RECORD,
	OPER_GETDIG,
	OPER_ACCEPTCALL,
	OPER_ANSWERCALL,
	OPER_MAKECALL,
	OPER_DROPCALL,
	OPER_SETBILLING,
	OPER_SENDMOREINFO,
	OPER_DLCACHE,
	OPER_DLMEM,
	OPER_STOPCH,
	OPER_PUTEVT,
	OPER_SYSNOTIFY,	
	OPER_CST,
	OPER_GETTRCOUNT,
	OPER_XOIP_SETRESATTR,
	OPER_XOIP_GETRESATTR,
	OPER_XOIP_GETSSINFO,
	OPER_XOIP_STARTMEDIA,
	OPER_XOIP_STOP,
	OPER_XOIP_SENDDIGITS,
	OPER_XOIP_ENABLEEVENT,
	OPER_XOIP_DISABLEEVENT,
	OPER_XOIP_RECEIVEDIGITS,
	OPER_XOIP_SENDRFC2833,
	OPER_SENDCPG,
	OPER_CALLPROCEEDING,
	OPER_CALLPROGRESS,
	OPER_SETUPACK,
	OPER_SIP_SENDREINVITE,
	OPER_SIP_SENDREINVITEACK,
	OPER_SIP_SENDREGISTER,
	OPER_XOIP_SWITCH_VF,
	OPER_SIP_SENDINFO,
	OPER_SIP_SENDINFOACK,
	OPER_NR_SCROUTE,
	OPER_NR_SCUNROUTE,
	OPER_SIP_SENDREGISTERACK,
	OPER_SIP_SENDTRYING,
	OPER_DT_SETTSSIG,
	OPER_DT_GETTSSIG,
	OPER_SIP_SENDSUBSCRIBE,
	OPER_SIP_SENDNOTIFYACK,
	OPER_GETCONFENERGY,
	OPER_ESTCONF,
	OPER_ADDCONF,
	OPER_REMCONF,
	OPER_DELCONF,
	OPER_SETCDE	,
	OPER_ESTCONF_EX,
	OPER_ADDCONF_EX,
	OPER_REMCONF_EX,
	OPER_SETCDE_EX,
	OPER_SETLMASKEX,

	OPER_SS7_SENDEXT,

	OPER_FXS_SEND,
	OPER_FXS_RECV,

	OPER_MO_SETHOOK,
	OPER_MO_DIAL,
	OPER_MS_GENRING,
	OPER_MS_WTRING,
	OPER_AG_SENDTONE,

	OPER_RECVFSK,
	OPER_SENDFSK,

	OPER_SIP_RECVUPDATE,
	OPER_SIP_SENDUPDATE,
	OPER_SIP_RECVUPDATEACK,
	OPER_SIP_SENDUPDATEACK,
	OPER_SIP_RECVACK,
	OPER_SIP_SENDACK,
	OPER_SIP_RECVPRACK,
	OPER_SIP_SENDPRACK,
	OPER_SIP_SENDPRACKACK,
	OPER_SIP_RECVPRACKACK,

	OPER_CAUSE_172,		//[2015-9-7]同抢时GCEV_DISCONNECTED需要传这个操作类型
}OPERATIONS;
#endif

#ifndef _BRD_TYPE_
#define _BRD_TYPE_
//board type
typedef enum{
	BT_NULL				= -1,
	BT_MB				= 0,
	BT_DSP				= 1,
	BT_XOIP				= 2,
	BT_PRI				= 3,
	BT_SS7				= 4,
	BT_TRUNK			= 5,
	BT_SIP				= 6,
	BT_FiberTrunk		= 7,
	BT_FiberSwitch		= 8,
	BT_TRUNK_LAW		= 9,
	BT_AG_FXO			= 10,
	BT_AG_FXS			= 11,
	BT_TRUNK_MIX		= 12,
	BT_TRUNK_LAW_MIX	= 13,
	BT_M3G				= 14,
	BT_TRUNK_HIIMP_MIX	= 15,
	BT_AG_AHR			= 16,
	BT_SLOT2			= 127
}BRD_TYPE;

#endif

#ifndef MAX_NODE_NUM
	#define MAX_NODE_NUM		8
	#define MAX_PRD_NUM			32
	#define MAX_M3GC_NUM		32

	#define	MAX_TRUNK_BRD		30
	#define	MAX_SPAN_NUM		8
	#define	MAX_DSP_BRD			16
	#define MAX_XOIP_BRD		16
	#define MAX_PRI_BRD			4
	#define MAX_SS7_BRD			4
	#define MAX_SIP_BRD			4
	#define MAX_AG_BRD			30
	#define MAX_M3G_BRD			16

#ifndef _UNDEFINE_MAX_IP_LEN 
	#define MAX_IP_LEN			32
#endif
	#define EHANG_MAX_IP_LEN	32
	#define EHANG_MAX_FILENAME_LEN	256
#endif

#define MAX_SPANCH_NUM			32	
#define	MAX_DSPCH_NUM			256	
#define MAX_CONF_NUM			256
#define MAX_XOIPCH_NUM			512	//[2013-6-19]404 -> 512	
#define MAX_CSCH_NUM			1	
#define MAX_FXSCH_NUM			512	
#define MAX_SIPCH_NUM			30000
#define MAX_AGCH_NUM			4	
#define	MAX_M3GCH_NUM			512 //[2013-6-19]256 -> 512	
#define MAX_CACHE_NUM			1344
#define MAX_ERRMSG_LEN			64	
#define MAX_FMEM_NUM			32	
#define MAX_AGTELNUM_LEN		32	
#define MAX_FSKDATA_LEN			800	
#define MAX_CALLID_DATA_LEN		240	
#define MAX_USR2USRINFO_LEN		103	
#define MAX_TESTDATA_LEN		(1024+40)
#define MAX_FLASH_DATA_LEN		220		

typedef struct{
	USHORT	LOLITC	: 1;		//Loss of Line Interface Transmit Clock		
	USHORT	TOCD	: 1;		//Transmit Open-Circuit Detector		
	USHORT	TCLE	: 1;		//Transmit Current Limit Exceeded		
	USHORT	LRCL	: 1;		//Line Interface Receive Carrier Loss	
	USHORT	RLOS	: 1;		//Rx Loss Of Sync	
	USHORT	FRCL	: 1;		//Framer Receive Carrier Loss		
	USHORT	RUA1	: 1;		//Receive Unframed All Ones
	USHORT	RYEL	: 1;		//Receive Yellow Alarm	
	USHORT	RLOSC	: 1;		//RLOS clean
	USHORT	FRCLC	: 1;		//FRCL clean
	USHORT	RUA1C	: 1;		//RUA1 clean
	USHORT	RYELC	: 1;		//RYEL clean
	USHORT	Rfu		: 4;		//Reserved for future use.
}ELE_SPAN_ALARM;

// Optic trunk alarm
typedef struct {
	USHORT	LoREI	: 1;		//VC12: Remote Error Indicator
	USHORT	LoRDI	: 1;		//VC12: Remote Incorrect Indicator
	USHORT	TuLOP	: 1;		//VC12: TU Lose of pointer
	USHORT	LoTIM	: 1;		//VC12: TU trace mismatch (alarm not include this bit)
	USHORT	LoPSLM	: 1;		//VC12: Path signal lable mismatch
	USHORT	Rfu		: 1;		//VC12: rev(alarm not include this bit)
	USHORT	LoBIP2	: 2;		//VC12: current value of BIP2(alarm not include these bits)
	USHORT	LoV5	: 8;		//current V5(alarm not include these bits)
} SDH_SPAN_ALARM;

// Current alarm of VC12
//alarm or status of V5:
//bit		7,6	     5	4			3	     2	     1	     0
//Name		LO_BIP2	 x	LO_PSLM		LO_TIM	 TU_LOP	 LO-RDI	 LO-REI
//LO_BIP2:	Current value of BIP2
//LO_PSLM:	VC12 Path signal label mismatch
//LO_TIM:	VC12 TU trace mismatch
//TU_LOP:	VC12 Lose of Pointer
//LO_RDI:	Remote Incorrect Indicator
//LO_REI:	Remote Error Indicator

//{{System Event 
#pragma pack(1)
#ifndef _SYS_EVT_DATA
#define _SYS_EVT_DATA

typedef struct{
	UCHAR m3gcno;
	UCHAR conn_status;	//refer to eM3G_BRD_CONN_STATUS
}M3G_CONN_ST;

#ifndef __DCH_
#define __DCH_
typedef struct{
	UCHAR nodeno;
	UCHAR brdno;
	UCHAR spanno;
}D_CH;
#endif

#ifndef _DCH_ALARM
#define _DCH_ALARM
typedef struct {
	D_CH	ch;
	UCHAR	timeslot;
	UCHAR	DChId;
	UCHAR	ucAlarm;
}DCH_ALARM;
#endif

typedef struct {
	UCHAR		ucStackId;
	UCHAR		ucLinksetId;
	UCHAR		ucLinkId;
	UCHAR		ucAlarm;
}LINK_ALARM;

#ifndef __SIPSTACK_STATUS //[2015-4-22] value of event<SYSEV_SIPSTACK_STATUS>
#define __SIPSTACK_STATUS
#define SIPSTACK_DEACTIVE		0
#define SIPSTACK_ACTIVE			1
#endif

typedef struct{
	CHAR	cIsxNo;
	CHAR	cBrdNo;
	CHAR	cSpanNum;
	union{
		CHAR		cStatus;
		SHORT		sCap;
		USHORT		usAlarm;	/*parse by ELE_SPAN_ALARM(cBrdNo<8) or SDH_SPAN_ALARM(cBrdNo>8)*/
		USHORT		sRet;
		M3G_CONN_ST	m3gConnSt;
		DCH_ALARM	dchAlarm;
		LINK_ALARM	linkAlarm;
		USHORT		usCap;
	}u;
}SYS_EVT_DATA;

#endif
#pragma pack()

#ifndef ISXEV_USER_START
#define	ISXEV_USER_START				0x8000
#endif

#ifndef SYSEV_MC_STATUS
	#define SYSEV_MC_STATUS				0x4000	/* Master Controller status */
	#define SYSEV_PRD_STATUS			0x4001	/* PRD status */
	#define SYSEV_MB_STATUS				0x4002	/* Mother board status */
	#define SYSEV_DSP_STATUS			0x4003	/* DSP board status */
	#define SYSEV_PRI_STATUS			0x4004	/* PRI board status */
	#define SYSEV_SPAN_STATUS			0x4005	/* Span status */
	#define SYSEV_DSP_BRD_CAP			0x4006	/* DSP board capability */
	#define SYSEV_PRI_BRD_CAP			0x4007	/* PRI board capability */
	#define SYSEV_XOIP_BRD_CAP			0x4008	/* XOIP board capability */
	#define SYSEV_SPAN_ALARM			0x4009	/* Span alarm event */
	#define SYSEV_SPAN_E1				0x400a	/* Set span type to E1 */
	#define SYSEV_SPAN_T1				0x400b	/* Set span type to T1 */
	#define SYSEV_SPAN_J1				0x400c	/* Set span type to J1 */
	#define SYSEV_SS7_STATUS			0x400d	/* SS7 board status */
	#define SYSEV_CAP_DATA				0x400e  /* Signaling date */
	#define SYSEV_XOIP_STATUS			0x400f	/* XOIP board status */	
	#define SYSEV_SS7_BRD_CAP			0x4010	/* SS7 board capability */
	#define SYSEV_SIP_STATUS			0x4011	/* SIP board status */
	#define SYSEV_SIP_BRD_CAP			0x4012	/* SIP board capability */
	#define SYSEV_M3G_STATUS			0x4013	/* M3G board status */
	#define SYSEV_M3G_BRD_CAP			0x4014	/* M3G board capability */
	#define	SYSEV_M3G_CONN_STATUS		0x4015  /* M3G board to M3GC connect status */
	#define SYSEV_ETHERCAP_DATA			0x4017 /* SIP/XOIP cap date */
	#define SYSEV_PRI_L2DATA			0x4018 /* PRI L2 data */
	#define SYSEV_MRCPS_STATUS			0x4019 /* MRCPServer status */
	#define SYSEV_RTPS_STATUS			0x401a  /* RTPProxy status */
	#define SYSEV_RTPS_CAP				0x401b	/* RTP proxy CAP change */
	#define SYSEV_FXS_STATUS			0x401d /* FaxServer status */
	#define SYSEV_AG_STATUS				0x401e /* AG status */
	
	#define SYSEV_SIP_REGISTERSENT		0x4100 /* SIP Register sent */
	#define SYSEV_SIP_RECVREGISTERACK	0x4101 /* SIP Register ACK received */
	#define SYSEV_SIP_REGISTERACKSENT	0x4102 /* SIP Register ACK sent */
	#define SYSEV_SIP_RECVREGISTER		0x4103 /* SIP Register received */
	#define SYSEV_SIP_TRANSACTIONSENT	0x4104 /* SIP Transaction sent */
	#define SYSEV_SIP_RECVTRANSACTION	0x4105 /* SIP Transaction received */
	#define SYSEV_SIP_TRANSACTIONACKSENT	0x4106 /* SIP Transaction ACK sent */
	#define SYSEV_SIP_RECVTRANSACTIONACK	0x4107 /* SIP Transaction ACK received */
	#define SYSEV_SIP_REGUSER_NEW		0x4108	/* SIP register user new added */	
	#define SYSEV_SIP_REGUSER_DEL		0x4109	/* SIP register user deleted */	
	#define SYSEV_SIP_REGUSER_ERR		0x410a	/* SIP register user reg fail */

	#define SYSEV_SS7_CGBSENT			0x4200 /* SS7 CGB sent */
	#define SYSEV_SS7_GRSSENT			0x4201 /* SS7 GRS sent */
	#define SYSEV_SS7_CGUSENT			0x4202 /* SS7 CGU sent */
	#define SYSEV_SS7_RECVCGB			0x4203 /* SS7 CGB received */
	#define SYSEV_SS7_RECVGRS			0x4204 /* SS7 GRS received */
	#define SYSEV_SS7_RECVCGU			0x4205 /* SS7 CGU received */

	#define SYSEV_PRIDCH_ALARM			0x4206 /* PRI dch alarm received */
	#define SYSEV_S7LINK_ALARM			0x4207 /* SS7 link alarm received */
	#define SYSEV_SIPSTACK_STATUS		0x4208 /* SIP stack status received [2015-4-22]*/
	
	#define SYSEV_MSGEVT_END			SYSEV_SIPSTACK_STATUS	/* end */	
#endif
//}}

//{{Device information
typedef enum{
	enDS_NotExist,			//Not exist
	enDS_OutOfServices,		//Out of services
	enDS_Working,			//Working
}enDEV_STATUS;

typedef struct{
	enDEV_STATUS	Status;
}DI_PRD;

typedef enum{
	enST_E1,
	enST_T1,
	enST_J1
}enSPAN_TYPE;

typedef struct{
	enDEV_STATUS	Status;			/*status*/
	enSPAN_TYPE		SpanType;		/*span type*/
	USHORT			usAlarm;		/*span alarm*/
}DI_SPAN;

typedef struct{
	DI_SPAN		Span[MAX_SPAN_NUM];
}DI_TRUNK;

typedef struct{
	enDEV_STATUS	Status;
	USHORT			usCap;	
}DI_DSP;

typedef struct{
	enDEV_STATUS	Status;
	USHORT			usCap;	
}DI_XOIP;

typedef struct{
	enDEV_STATUS	Status;
	USHORT			usCap;	
}DI_PRI;

typedef struct{
	enDEV_STATUS	Status;
	USHORT			usCap;	
}DI_SS7;

typedef struct{
	enDEV_STATUS	Status;
	USHORT			usCap;	
}DI_SIP;

typedef struct{
	INT				iBrdType;	//refer to AG_BRDTYPE_NULL, AG_BRDTYPE_FXO, AG_BRDTYPE_FXS
}DI_AG;

typedef struct{
	enDEV_STATUS	Status;
	USHORT			usCap;	
}DI_M3G;

typedef struct{
	enDEV_STATUS	MbStatus;	
	USHORT			usSpanLicNum;
	DI_TRUNK		Trunk[MAX_TRUNK_BRD];
	DI_DSP			Dsp[MAX_DSP_BRD];
	DI_XOIP			Xoip[MAX_XOIP_BRD];
	DI_PRI			Pri[MAX_PRI_BRD];
	DI_SS7			Ss7[MAX_SS7_BRD];
	DI_SIP			Sip[MAX_SIP_BRD];
	DI_AG			Ag[MAX_AG_BRD];
	DI_M3G			M3g[MAX_M3G_BRD];
}DI_ISX;

typedef struct{
	DI_PRD	Prd[MAX_PRD_NUM];
	DI_ISX	Isx[MAX_NODE_NUM];
}DEV_INFO;

//}}

#pragma pack(1)
#ifndef _GEN_RESULT
#define _GEN_RESULT

typedef struct{
	SHORT	sRetVal;

	union{		
		INT confid;		
	}u1;

	union{
		INT	iConfereeNum;
	}u2;
}GEN_RESULT;

#endif

#pragma pack()

//////////////////////////////////////////////////////////////////////////
//{{Last Error Code
#ifndef LE_SUCCESS
	#define LE_SUCCESS			0x00000000
	#define LE_FAILURE			0x8fffffff

	#define LE_INVALID_DEVTYPE	0x80000000
	#define LE_INVALID_NODENO	0x80000001
	#define LE_INVALID_BRDNUM	0x80000002
	#define LE_INVALID_CHANNEL	0x80000003
	#define LE_INVALID_PARM		0x80000004
	#define LE_INVALID_PRDNO	0x80000005
	#define LE_INVALID_STATE	0x80000006

	#define LE_DEV_OUTOFSERVICE	0x80000010
	#define LE_DEV_OPENED		0x80000011
	#define LE_DEV_OPENING		0x80000012
	#define LE_DEV_CLOSING		0x80000013
	#define LE_DEV_CLOSED		0x80000014

	#define LE_OPER_TIMEOUT		0x80000020
	#define LE_INVALID_DEVHDL	0x80000021

	#define LE_LINK_FAIL		0x80000030

	#define LE_NO_RES1			0x81000008	//no SN
	#define LE_NO_RES2			0x81000009	//mapi com send queue is full

	#define LE_ITEM_NOT_EXIST	0x82000001 
	#define LE_ITEM_EXIST		0x82000002
	#define LE_TABLE_FULL		0x82000003
	
#endif
//}}

/*
 * Error codes returned by ATDV_LASTERR()
 */
#ifndef _ISXDEV_LASTERR
#define _ISXDEV_LASTERR
#define ISXEC_NOERROR			0x0000	/* No Errors */
#define ISXEC_SYSTEM			0x0001	/* System Error */
#define ISXEC_FWERROR			0x0002	/* Firmware Error */
#define ISXEC_TIMEOUT			0x0003	/* Function Timed Out */
#define ISXEC_BADIOTT			0x0004	/* Invalid Entry in the DX_IOTT */
#define ISXEC_BADTPT			0x0005	/* Invalid Entry in the DX_TPT */
#define ISXEC_BADPARM			0x0006	/* Invalid Parameter in Function Call */
#define ISXEC_BADDEV			0x0007	/* Invalid Device Descriptor */
#define ISXEC_BADPROD			0x0008	/* Func. Not Supported on this Board */
#define ISXEC_BUSY				0x0009	/* Device is Already Busy */
#define ISXEC_IDLE				0x000a	/* Device is Idle */

#define ISXEC_BADWAVEFILE		0x000c	/* Bad/Unsupported WAV file */
#define ISXEC_XPBPARM			0x000d    /* Bad XPB structure */
#define ISXEC_NOSUPPORT			0x000e    /* Not supported */
#define ISXEC_NOTIMP			0x000f    /* Function not implemented */

#define ISXEC_NORESOURCE        0x0013    /* No Resources */

#define ISXEC_OPERTIMEOUT		0x0016	/* Operation timeout */
#define ISXEC_BADSVMT			0x0017	/* The SVMT is not the default */
#define ISXEC_UNKNOWNDEV		0x0018	/* Unknown device */

#define ISXEC_BADPARM_M			0x0028	/* <M> Invalid Parameter in Function Call */
#define ISXEC_CH_OCCUPIED		0x0029	/* <M> Channel is already occupied */
#define ISXEC_NO_CH				0x002a	/* <M> Channel is not exist */
#define ISXEC_NO_CAP			0x002b	/* <M> The device has no the capability */
#define ISXEC_OPEN_FILE			0x002c	/* <M> Can not open the file */
#define ISXEC_BAD_FILEFMT		0x002d	/* <M> Unknown file format */
#define ISXEC_BAD_DATA			0x002e	/* <M> The DSP not support the data format */
#define ISXEC_PRD_OFS			0x002f	/* <M> The PRD is out of service */
#define ISXEC_CH_OFS			0x0030	/* <M> The channel is out of service */
#define ISXEC_NO_REC			0x0031	/* <M> The channel is not recording */
#define ISXEC_NO_PLAY			0x0032	/* <M> The channel is not playing */
#define ISXEC_CREATE_FILE		0x0033	/* <M> Can not create the file */
#define ISXEC_NO_PRD			0x0034	/* <M> The PRD is not exist */
#define ISXEC_NO_CACHEID		0x0035	/* <M> The system has no cache id */
#define ISXEC_NO_CACHEVOC		0x0036	/* <M> The cache voice is not exist */
#define ISXEC_NO_DSP			0x0037	/* <M> The dsp is not exist */
#define ISXEC_DSP_OFS			0x0038	/* <M> The DSP is out of service */
#define ISXEC_NO_CONF			0x0039	/* <M> The conference is not exist */
#define ISXEC_NO_CONFID			0x003a	/* <M> The system has no conf-id */
#define ISXEC_CH_INCONF			0x003b	/* <M> The channel is already in the conference */
#define ISXEC_RECORDING			0x003c	/* <M> The channel is already recording */
#define ISXEC_PLAYING			0x003d	/* <M> The channel is already playing */
#define ISXEC_NO_MEMVOC			0x003e	/* <M> The memory voice is not exist */
#define ISXEC_UNKNOWN_M			0x003f	/* <M> Unknown reason */
#define ISXEC_UNKNOWN_MM		0x0040	/* <M> Unknown error number from MasterController */
#define ISXEC_CACHEV_BUSY		0x0041	/* <M> Delete fail because of the cache voice is in use */
#define ISXEC_NOT_FLEX			0x0042	/* <M> The conference is not flexiable */
#define ISXEC_NO_MEM			0x0043	/* <M> The memory is not enough */
#define ISXEC_INVALID_STATE		0x0044	/* <M> The state is invalid */
#define ISXEC_BAD_HANDLE		0x0045	/* <M> Bad handle */

/*
 * GTD Error Codes
 */
//#define ISXEC_TONEID			0x41	/* Bad Tone Template ID */
//#define ISXEC_MAXTMPLT			0x42	/* Max number of Templates Exists */
//#define ISXEC_INVSUBCMD			0x43	/* Invalid Sub Command Number */
//#define ISXEC_CHANNUM			0x44	/* Invalid Channel Number Specified */
//#define ISXEC_FREQDET			0x45	/* Invalid Freq Component Values */
//										/* in Tone Template Description */
#define ISXEC_CADENCE			0x0046	/* Invalid Cadence Component Values */
										/* in Tone Template Description */
#define ISXEC_ASCII				0x0047	/* Invalid ASCII Value */
										/* in Tone Template Description */
#define ISXEC_DIGTYPE			0x0048	/* Invalid Dig_Type Value */
										/* in Tone Template Description */
#define ISXEC_MSGSTATUS			0x0049	/* Invalid Message Status Setting */

/*
 * Speed and Volume Control Error Codes
 */
#define ISXEC_SVADJBLKS			0x004a	/* Invalid Number of Speed/Volume */
										/* Adjustment Blocks */
#define ISXEC_SPDVOL			0x004b	/* Must Specify either SV_SPEEDTBL or SV_VOLUMETBL */
#define ISXEC_SVMTRANGE			0x004d	/* An out of Range entry in DX_SVMT */

#define ISXEC_PRD_DSP_FILEORDIR_NOT_EXIST				0x004f  /* <PRD-DSP> File or dir not exist */
#define ISXEC_PRD_DSP_READ_FILE_FAIL					0x0050	/* <PRD-DSP> Read file fail. */
#define ISXEC_PRD_DSP_FILE_NOT_ENOUGH_DATA				0x0051	/* <PRD-DSP> Not enough data in the file. */
#define ISXEC_PRD_DSP_NOT_RESAMPLE_RES					0x0052	/* <PRD-DSP> Not enough resample resource. */
#define ISXEC_PRD_DSP_INIT_RESAMPLE_RES_FAIL			0x0053	/* <PRD-DSP> resample init fail. */
#define ISXEC_PRD_DSP_FIFO_FULL							0x0054	/* <PRD-DSP> FIFO full. */
#define ISXEC_PRD_DSP_UNKNOWN_VOICE_FMT					0x0055	/* <PRD-DSP> Unknown voice format. */
#define ISXEC_PRD_DSP_PROMPT_STATUS_ERROR				0x0056	/* <PRD-DSP> Wrong state for cache voice. */
#define ISXEC_PRD_DSP_CREATE_POOL_FAIL					0x0057	/* <PRD-DSP> Create APR pool fail. */
#define ISXEC_PRD_DSP_GET_FILE_INFO_FAIL				0x0058	/* <PRD-DSP> Get file info fail. */
#define ISXEC_PRD_DSP_SEEK_FILE_FAIL					0x0059	/* <PRD-DSP> File seek operation fail. */
#define ISXEC_PRD_DSP_CHAN_NOT_OCCPED					0x005a	/* <PRD-DSP> The channel is not occupied. */
#define ISXEC_PRD_DSP_INVALID_WAVE_FILE					0x005b	/* <PRD-DSP> Invalid WAVE file format. */
#define ISXEC_PRD_DSP_WRITE_WAVE_FILE_FAIL				0x005c	/* <PRD-DSP> Write WAVE file fail. */
#define ISXEC_PRD_DSP_SEND_MESSAGE_FAIL					0x005d	/* <PRD-DSP> Send network message fail. */
#define ISXEC_PRD_DSP_FILE_NOT_EXIST_OR_CLOSED			0x005e	/* <PRD-DSP> File not exist or closed. */
#define ISXEC_PRD_DSP_WRITE_FILE_FAIL					0x005f	/* <PRD-DSP> Write file fail. */
#define ISXEC_PRD_DSP_NETWORK_DISCONED					0x0060	/* <PRD_DSP> The network(MAPI) disconnected. */

#define ISXEC_DSP_MC_CONF_RET_LSTNERID_INVAL			0x0061	/* <DSP-MC> Invalid listener index. */
#define ISXEC_DSP_MC_CONF_RET_NOT_FLEXABLE				0x0062	/* <DSP-MC> The conference is not flexiable. */
#define ISXEC_DSP_MC_PROMPT_RET_INDEX_INVAL				0x0063	/* <DSP-MC> Invalid cache voice index. */
#define ISXEC_DSP_MC_OCT_ERROR							0x0064	/* <DSP-MC> Octasic access error. */
#define ISXEC_DSP_MC_CN8478_ERROR						0x0065	/* <DSP-MC> CN8478 error. */
#define ISXEC_DSP_MC_PRD_NET_ERROR						0x0066	/* <DSP-MC> The communication to PRD error. */
#define ISXEC_DSP_MC_QUEUE_BUSY							0x0067	/* <DSP-MC> The inner queue busy. */
#define ISXEC_DSP_MC_PRD_NET_BUSY						0x0068	/* <DSP-MC> The communication to PRD busy. */

#define ISXEC_MC_MAPI_BYTE_ORDER_CONVERT_FAIL			0x0069	/* <MC-MAPI> Endian convert fail. */
#define ISXEC_MC_MAPI_SEND_MESSAGE_FAIL					0x006a	/* <MC-MAPI> Send network message fail. */
#define ISXEC_MC_MAPI_PROMPT_NOT_OCCPED_BY_THIS_MOD		0x006b	/* <MC-MAPI> The cache prompt is not belong to the APP. */
#define ISXEC_MC_MAPI_PROMPT_STATUS_ERROR				0x006c	/* <MC-MAPI> Wrong cache prompt state. */
#define ISXEC_MC_MAPI_CHAN_NOT_OCCPED_BY_THIS_MOD		0x006d	/* <MC-MAPI> The channel is not belong to the APP. */
#define ISXEC_MC_MAPI_CONF_STATUS_ERROR					0x006e	/* <MC-MAPI> Wrong conference state. */
#define ISXEC_MC_MAPI_DSP_CHAN_NOT_IN_CONF_STATUS		0x006f	/* <MC-MAPI> The channel is not in conference state. */

#define ISXEC_PRD_MAPI_INVALID_PARAM					0x0070	/* <PRD_MAPI> Invalid param. */
#define ISXEC_PRD_MAPI_CHAN_NOT_EXIST					0x0071	/* <PRD_MAPI> Channel not exist. */
#define ISXEC_PRD_MAPI_CHAN_STATUS_ERROR				0x0072	/* <PRD_MAPI> Bad channel state.  */
#define ISXEC_PRD_MAPI_FD_NOT_OCCPED_BY_THIS_MOD		0x0073	/* <PRD_MAPI> The file handle is not belong to the APP. */
#define ISXEC_PRD_MAPI_OPEN_FILE_LIMIT					0x0074	/* <PRD_MAPI> Too more files opened. */
#define ISXEC_PRD_MAPI_FILE_OP_ERR						0x0075	/* <PRD_MAPI> File operation fail. */
/*
 * VOIP Error Codes
 */
#define	ISXEC_MC_IPMEDIA_RET_BAD_PARAM					0x0076		/* <IPM-MC> Invalid param. */
#define	ISXEC_MC_IPMEDIA_RET_SET_TOS_FAIL				0x0077		/* <IPM-MC> Setup TOS fail. */
#define	ISXEC_MC_IPMEDIA_RET_SET_FAX_FAIL				0x0078		/* <IPM-MC> Setup FAX attribute fail. */
#define	ISXEC_MC_IPMEDIA_RET_SET_VOC_FAIL				0x0079		/* <IPM-MC> Setup VOC attribute fail. */
#define	ISXEC_MC_IPMEDIA_RET_NO_LICENSE					0x007a		/* <IPM-MC> No usable license. */
#define	ISXEC_MC_IPMEDIA_RET_FAIL_STATE					0x007b		/* <IPM-MC> Bad channel state. */
#define	ISXEC_MC_IPMEDIA_RET_FAIL_SESSION_GET			0x007c		/* <IPM-MC> Get SESSION info fail. */
#define	ISXEC_MC_IPMEDIA_RET_FAIL_DEV					0x007d		/* <IPM-MC> return error from device. */
#define	ISXEC_MC_IPMEDIA_RET_FAIL_DEV_NOT_INIT			0x007e		/* <IPM-MC> Device not initialized. */
#define	ISXEC_MC_IPMEDIA_RET_FAIL_NO_GW					0x007f		/* <IPM-MC> No setup gateway. */
#define	ISXEC_MC_IPMEDIA_RET_FAIL_TRANSAC				0x0080		/* <IPM-MC> Error with transaction */
/*
 * SIP Error Codes
 */
#define	ISXEC_MC_SIPUA_RET_BAD_PARAM					0x0081	/* <SIP-MC> Invalid param. */
#define	ISXEC_MC_SIPUA_RET_BAD_STATE					0x0082	/* <SIP-MC> Bad channel state. */
#define	ISXEC_MC_SIPUA_RET_NO_RESOURCE					0x0083	/* <SIP-MC> No usable resource. */
#define	ISXEC_MC_SIPUA_RET_DEV_BUSY						0x0084	/* <SIP-MC> Device busy. */
#define	ISXEC_MC_SIPUA_RET_START_FAIL					0x0085	/* <SIP-MC> Start SIP stack fail. */
#define	ISXEC_MC_SIPUA_RET_FAIL_NO_LIC					0x0086	/* <SIP-MC> No usable license. */
#define ISXEC_SIP_BODY_SDP_OVERFLOW						0x0087	/* SIP's number of SDP overflow */
/*
 * Error Codes Specific to EC TAP
 */
#define	ISXEC_BADMODE									0x0090
#define	ISXEC_UNSUPPORTED								0x0091
/*
* M3G Error Codes
*/
#define ISXEC_CHAN_TYPE_ERROR							0x00a0	/* Channel type error. */

#define ISXEC_CONNECT		0x00fe  /* Connect fail */
#define ISXEC_UNKNOWN		0x00FF  /* Unknown reason */

/*conference Error codes*/
#define ISXEC_CONF_BAD_INNERCONFID						0x0100	/* Bad inner conference id*/
#define ISXEC_CONF_CONFTYPE_ERROR						0x0101	/* Conference type error */
#define ISXEC_CONF_MEM_NOTEXIST							0x0102	/* Conference member not exist. */
#define ISXEC_CONF_EMS_CDT_INDEX_EXIST					0x0103	/* Extend Conference EMS_CDT.index is exist*/
#endif
//////////////////////////////////////////////////////////////////////////

//////////////////////////////////////////////////////////////////////////
//SDK communication error code
//{{MAPI <--> MC
#define MER_BAD_MSGLEN	0xFFFA	//error message length
#define MER_BAD_PARAM	0xFFF9	//Invalid Parameter in Function Call
#define MER_OCCUPIED	0xFFF7	//Channel is already occupied
#define MER_NO_CH		0xFFF6	//Channel is not exist
#define MER_NO_ABILITY	0xFFF5	//The device has no the capability
#define MER_NO_MEMVOC	0xFFF4	//The memory voice is not exist
#define MER_OPEN_FILE	0xFFF3	//Can not open the file
#define MER_BAD_FILEFMT	0xFFF2	//Unknown file format
#define MER_BAD_DATA	0xFFF1	//The DSP not support the data format
#define MER_PRD_OFS		0xFFF0	//The PRD is out of Service
#define MER_CH_OFS		0xFFEF	//The channel is out of service
#define MER_PRD_STRM_LK	0xFFEE	//Connection between /Play&Record Device and StreamServer fails
#define MER_NO_REC		0xFFED	//The channel is not recording
#define MER_NO_PLAY		0xFFEC	//The channel is not playing
#define MER_CREATE_FILE	0xFFEB	//Can not create the file.
#define MER_NO_PRD		0xFFEA	//The PRD is not exist
#define MER_NO_MEMIDX	0xFFE9	//No empty memory voice number
#define MER_NO_MEM		0xFFE8	//The memory is not enough
#define MER_NO_CACHEIDX	0xFFE7	//Cache sound number is not available
#define MER_NO_CACHE	0xFFE6	//Cache sound number does not exist
#define MER_NO_DSPDEV	0xFFE5	//The DSP is not exist
#define MER_DSP_OFS		0xFFE4	//The DSP is out of service
#define MER_NO_CONF		0xFFE3	//Specified conference number does not exist
#define MER_BAD_LSTNRID	0xFFE2	//Parameter LstnrIdx is invalid (DEBUG Only)
#define MER_BAD_LSTNRMK	0xFFE1	//Parameter LstnrMsk is invalid (DEBUG Only)
#define MER_BUSY_PLAY	0xFFE0	//Channel is playing
#define MER_BUSY_REC	0xFFDF	//Channel is recording
#define MER_BUSY_CONF	0xFFDE	//Channel is in conference
#define MER_BAD_BRDNO	0xFDD1  //The system has no conf-id
#define MER_UNKNOWN		0x8000	//Unknown error
//}}

//{{PRD <--> DSP
#define PER_BADPARAM			0xFFA0 // Invalid Parameter in Function Call
#define PER_OPENFILE			0xFFA1 // Can not open the file
#define PER_BAD_FILEFMT			0xFFA2 // Unknown file format
#define PER_CREATE_FILE			0xFFA3 // Can not create the file
#define PER_BAD_HANDLE			0xFFA4 // Invalid file handle
//}}

//{{DSP <--> MC
#define DER_BADPARAM	0xFF70 // Invalid parameter
#define DER_NO_CONF		0xFF71 // The conference is not exist
#define DER_NO_CH		0xFF72 // Channel is not exist
#define DER_CACHEV_BUSY 0xFF73 // Delete fail because of the cache voice is in use
#define DER_NOT_FLEX	0xFF77 // The conference is not flexiable
#define DER_OPEN_FILE	0xFF78 // Can not open the file
#define DER_BAD_DATA	0xFF79 // The DSP not support the data format
#define DER_PRD_OFS		0xFF7A // The PRD is out of service
#define DER_NO_PRD		0xFF7B // The PRD is not exist
#define DER_NO_MEM		0xFF7C // The memory is not enough
#define DER_NO_CACHE	0xFF7D //The cache is not exist
#define DER_BAD_FILEFMT 0xFF7E // Unknown file format
#define DER_BUSY_PLAY	0xFF7F // Channel is playing
#define DER_BUSY_REC	0xFF80 // Channel is recording
#define DER_CREATE_FILE 0xFF81 // Can not create the file
#define DER_INVALID_STATE 0xFF82 //Invalid state
//}}

//{{MB <--> MC
#define OER_BADPARAM	0xFED0 //Invalid parameter
#define OER_DEVBUSY		0xFEDC // Device is busy
//}}

//{{prd <--> dsp
#define PRD_DSP_ERR_FILE_NOT_ENOUGH_DATA	0xFFA5	// Not enough data in the file
#define PRD_DSP_ERR_NOT_RATE_RES			0xFFA6	// Not enough resample resource
#define PRD_DSP_ERR_INIT_RATE_RES_FAIL		0xFFA7	// Resample init fail
#define PRD_DSP_ERR_FIFO_BUFFER_HAS_FULL	0xFFA8	// FIFO BUFFER is full
#define PRD_DSP_ERR_UNKNOWN_FMT				0xFFA9	// Unknown Format
#define PRD_DSP_ERR_PROMPT_STATUS_ERROR		0xFFAA	// Wrong state for cache voice
#define PRD_DSP_ERR_CREATE_POOL_FAIL		0xFFAB	// Create APR pool fail
#define PRD_DSP_ERR_GET_FILE_INFO_FAIL		0xFFAC	// Get file info fail
#define PRD_DSP_ERR_SEEK_FILE_FAIL			0xFFAD	// File seek operation fail
#define PRD_DSP_ERR_CHAN_NOT_OCCPED			0xFFAE	// The channel is not occupied
#define PRD_DSP_ERR_INVALID_WAVE_FILE		0xFFAF	//Invalid WAVE file format
#define PRD_DSP_ERR_WRITE_WAVE_FILE_FAIL	0xFFB0	// Write WAVE file fail
#define PRD_DSP_ERR_SEND_MESSAGE_FAIL		0xFFB1	//Send network message fail
#define PRD_DSP_ERR_FILE_NOT_EXIST_OR_CLOSED 0xFFB2	//File not exist or closed
#define PRD_DSP_ERR_WRITE_FILE_FAIL			0xFFB3	//Write file fail
#define PRD_DSP_ERR_NETWORK_DISCONED		0xFFB4	// The network disconnected
#define PRD_DSP_ERR_READ_FILE_FAIL			0xFFB5	// Read file fail
#define PRD_DSP_ERR_FILEORDIR_NOT_EXIST		0xFFB6	 //File or dir not exist
//}}

//{{prd <--> MAPI
#define PRD_MAPI_ERR_INVALID_PARAM	0xFE70	//Invalid parameter
#define PRD_MAPI_ERR_CHAN_NOT_EXIST 0xFE71	//The channel not exist
#define PRD_MAPI_ERR_CHAN_STATUS_ERROR	0xFE72	// Bad channel state
#define PRD_MAPI_ERR_FD_NOT_OCCPED_BY_THIS_MOD 0xFE73	// The file handle is not belong to the APP
#define PRD_MAPI_ERR_OPEN_FILE_LIMIT	0xFE9F	// Too more files opened
#define PRD_MAPI_ERR_FILE_OP_ERR		0xFE9E	// File operation fail

//{{MC errcode
#define MAPI_ERR_BYTE_ORDER_CONVERT_FAIL		0xFFDC	// Endian convert fail
#define MAPI_ERR_SEND_MESSAGE_FAIL				0xFFDB	// Send network message fail
#define MAPI_ERR_PROMPT_NOT_OCCPED_BY_THIS_MOD	0xFFDA	// The cache prompt is not belong to the APP
#define MAPI_ERR_PROMPT_STATUS_ERROR			0xFFD9	// Wrong cache prompt state
#define MAPI_ERR_CHAN_NOT_OCCPED_BY_THIS_MOD	0xFFD8	// The channel is not belong to the APP
#define MAPI_ERR_CONF_STATUS_ERROR				0xFFD7	// Wrong conference state
#define MAPI_ERR_DSP_CHAN_NOT_IN_CONF_STATUS	0xFFD6	// The channel is not in conference state
//}}  	
  	
//{{DSP errcode
#define ISXOCTDSP_CONF_RET_LSTNERID_INVAL		0xFF74	// Invalid listener index
#define ISXOCTDSP_CONF_RET_NOT_FLEXABLE			0xFF75	// The conference is not flexiable
#define ISXOCTDSP_PROMPT_RET_INDEX_INVAL		0xFF76	// Invalid cache voice index
#define ISXOCTDSP_OCT_ERROR						0xFF83	// Octasic access error
#define ISXOCTDSP_CN8478_ERROR					0xFF84	// CN8478 Error
#define ISXOCTDSP_PRD_NET_ERROR					0xFF85	// The communication to PRD error
#define ISXOCTDSP_QUEUE_BUSY					0xFF86	// The inner queue busy
#define ISXOCTDSP_PRD_NET_BUSY					0xFF87	// The communication to PRD busy
//}}

//{{FaxServer errcode
#define FER_BADPARAM							0xFC00		//Invalid parameter
#define FER_BUSY								0xFC01		//channel is busy
#define FER_INVALID_CH							0xFC02		//Invalid channel
#define FER_OPENFILE							0xFC03		//Open file fail
#define FER_INITSTAT							0xFC04		//Init status error
#define FER_SENDFAX								0xFC05		//start sent fax fail
#define FER_DLGIMPOP							0xFC06		//D card IPM channel error
#define FER_AUTH								0xFC07		//auth fail
#define FER_RECVFAX								0xFC08		//start recv fax fail
//}}

//{{IPM errcode
#define	IPMEDIA_RET_BAD_PARAM					0xFB00		/* Invalid parameter */
#define	IPMEDIA_RET_SET_TOS_FAIL				0xFB01		/* set TOS fail */
#define	IPMEDIA_RET_SET_FAX_FAIL				0xFB02		/* set FAX fail */
#define	IPMEDIA_RET_SET_VOC_FAIL				0xFB03		/* set VOC fail */
#define	IPMEDIA_RET_NO_LICENSE					0xFB04		/* no license */
#define	IPMEDIA_RET_FAIL_STATE					0xFB05		/* status error */
#define	IPMEDIA_RET_FAIL_SESSION_GET			0xFB06		/* get session information error */
#define	IPMEDIA_RET_FAIL_DEV					0xFB07		/* device error */
#define	IPMEDIA_RET_FAIL_DEV_NOT_INIT			0xFB08		/* device not init */
#define	IPMEDIA_RET_FAIL_NO_GW					0xFB09		/* no gateway */
#define	IPMEDIA_RET_FAIL_TRANSAC				0xFB0A		/* transaction error */
//}}

//{{SIP errcode
#define	SIPUA_RET_BAD_PARAM						0xFF10	/* Invalid parameter */
#define	SIPUA_RET_BAD_STATE						0xFF11	/* status error */
#define	SIPUA_RET_NO_RESOURCE					0xFF13	/* no resource */
#define	SIPUA_RET_DEV_BUSY						0xFF14	/* device is busy */
#define	SIPUA_RET_START_FAIL					0xFF16	/* start sip stack fail */
#define	SIPUA_RET_FAIL_NO_LIC					0x8201	/* no license */
//}}
//////////////////////////////////////////////////////////////////////////

/*
 * Type definition for SCBus Timeslots information structure.
 */
#ifndef __SC_TSINFO__
#define __SC_TSINFO__
#ifdef __64BIT
typedef struct sc_tsinfo {
    UINT         sc_numts;
    INT          *sc_tsarrayp;
} SC_TSINFO;
#else 
typedef struct sc_tsinfo {
    ULONG         sc_numts;
    LONG          *sc_tsarrayp;
} SC_TSINFO;
#endif
#endif

/*
 * Termination Parameter Types
 */
#define IO_CONT   0x0001        /* Next TPT is contiguous in memory  */
#define IO_LINK   0x0002        /* Next TPT found thru tp_nextp ptr */
#define IO_EOT    0x0004        /* End of the Termination Parameters */


/*
 * DV_TPT - Termination Parameter Table Structure.
 */
typedef struct dv_tpt DV_TPT;

struct dv_tpt {
   USHORT tp_type;    /* Flags Describing this Entry */
   USHORT tp_termno;  /* Termination Parameter Number */
   USHORT tp_length;  /* Length of Terminator */
   USHORT tp_flags;   /* Termination Parameter Attributes Flag */
   USHORT tp_data;    /* Optional Additional Data */
   USHORT rfu;        /* Reserved */
   DV_TPT        *tp_nextp;   /* Ptr to next DV_TPT if IO_LINK set */
};

/* Define NULL if it hasn't been defined already */
#ifndef NULL
	#define NULL        0L
#endif

#ifndef TLV_TYPE_UNKNOWN
	#define TLV_TYPE_MAXVALUE	0x9999
	#define TLV_TYPE_UNKNOWN	0xffff
#endif

/**
 ** Defines used for standard attributes 
 **/
/*
 * Undefined attribute or Failed to get attribute
 */
#ifndef AT_FAILURE
	#define AT_FAILURE   -1
	#define AT_FAILUREP  NULL
	/* 
	 * EVENT MANAGEMENT
	 */
	#define SR_POLLMODE     0     /* Run SRL in polling mode */
	#define SR_SIGMODE      1     /* Run SRL in signalling/interrupt mode */
	#define SRL_DEVICE      0     /* The SRL device */
	#define SR_TMOUTEVT     0     /* Timeout event - occurs on the SRL DEVICE */
	#define SR_SYSHDL       1     /* The system device */
	#define SR_CUREVENT		-1	  /* Current event */
	#define SR_TMOUT        -1    /* Returned by event scanning functions
									 (e.g. sr_waitevt()) when they time out */
#endif

#ifndef MAX_DBGID_NUM
#pragma pack(1)
#define MAX_DBGID_NUM	20
#define MAX_DBGID_LEN	32
typedef struct{
	UCHAR	ucMode;							//Filter mode, refer to eFILTER_MODE
	CHAR	szDbgIdStr[MAX_DBGID_LEN];
}DBGID_FILTER;

//ucMode may be as follows:
typedef enum{
	FILTER_MODE_FULL_MATCHING		= 0x00,		/*DbgIdStr full matching*/
	FILTER_MODE_INCLUDE_MATCHING	= 0x7f,		/*DbgIdStr include matching*/
	FILTER_MODE_IGNORE_UPPERCASE	= 0x80		/*DbgIdStr ignore uppercase*/
} eFILTER_MODE;

/*
-Log filtering conditions. Log conditions are defined by the LOG_FILTER structure.
*/
typedef struct{
	UCHAR			ucLog2File;			/*Whether to save to files.*/
	UCHAR			ucOutputErrLogOnly;	/*Outputs error logs only. If the field is TRUE, 
											ucOutputErrLog, ucOutputSYSLog, ucOutputGCLog, ucOutputDSPLog, 
											ucOutputXOIPLog, ucOutputDTILog, ucOutputCSLog and Other... 
											are not analyzed.*/
	UCHAR			ucOutputErrLog;		/*Whether to output error logs. If the field is TRUE, 
											error logs are output, otherwise only normal logs are output.*/
	UCHAR			ucOutputSYSLog;		/*Whether to output system logs. If the field is TRUE, system logs
											are output, otherwise no system logs are output.*/
	UCHAR			ucOutputGCLog;		/*Whether to output GC logs. If the field is TRUE, GC logs are output, 
											otherwise no GC logs are output. GC logs are mainly signaling logs 
											including PRI/SS7/SIP signaling function-related logs.*/
	UCHAR			ucOutputDSPLog;		/*Whether to output DSP logs. If the field is TRUE, DSP logs are 
											output, otherwise no DSP logs are output. DSP logs are mainly logs 
											related to functions such as playback, recording, conferencing and 
											DTMF functions.*/
	UCHAR			ucOutputXOIPLog;	/*Whether to output XOIP logs. If the field is TRUE, XOIP logs 
											are output, otherwise no XOIP logs are output. XOIP logs are mainly 
											logs related to VOIP/FOIP media functions.*/
	UCHAR			ucOutputDTILog;		/*Whether to output DTI logs. If the field is TRUE, DTI logs are 
											output, otherwise no DTI logs are output. DTI logs are mainly logs 
											related to DTI (Digital Trunk Interface) functions.*/
	UCHAR			ucOutputCSLog;		/*Whether to output CS logs. If the field is TRUE, CS logs are 
											output, otherwise no CS logs are output. CS logs are mainly logs 
											related to CS Interface functions.*/
	UCHAR			ucOutputPRDLog;		/*Whether to output PRD logs. If the field is TRUE, PRD logs are 
											output, otherwise no PRD logs are output. PRD logs are mainly logs 
											related to PRD Interface functions.*/
	UCHAR			ucOutputFXSLog;		/*Whether to output FXS logs. If the field is TRUE, FXS logs are 
											output, otherwise no FXS logs are output. FXS logs are mainly logs 
											related to FXS Interface functions.*/
	UCHAR			ucOutputAGLog;		/*Whether to output AG logs. If the field is TRUE, AG logs are 
											output, otherwise no AG logs are output. AG logs are mainly logs 
											related to AG Interface functions.*/
	UCHAR			ucOutputM3GLog;		/*Whether to output M3G logs. If the field is TRUE, M3G logs are 
											output, otherwise no M3G logs are output. M3G logs are mainly logs 
											related to M3G Interface functions.*/
	UCHAR			ucOutputTimerLog;	/*Whether to output timer logs. If the field is TRUE, timer logs are 
											output, otherwise no timer logs are output. timer logs are mainly logs 
											related to timer debug informations.*/
	UCHAR			ucHideDtmfFlag;		/*Whether to set hide/show dtmf flag. If the field is TRUE, dtmf are hide,
											otherwise dtmf logs are show. dtmf logs are mainly logs 
											related to dtmf debug informations.*/
	UCHAR			ucOutputMsgLog;		/*Whether to set message flag. If the field is TRUE, message are hide,
											otherwise message logs are show. message logs are mainly logs 
											related to message debug informations.*/
	UCHAR			ucExternDebugLog;	/*Inner use*/
	UCHAR			ucReserve[100-7];	/*Reserve*/
	UCHAR			ucDbgIdFilterValid;	/*Whether to enable the DbgId condition filtering. If the field is TRUE, 
											channel DbgId conforms to the condition settings in DbgIdFilter besides 
											the above-mentioned conditions. Channel DbgId is set by 
											ISX_sr_SetDbgIdStr().*/
	USHORT			usDbgIdNum;			/*Number of DbgId filtering conditions.*/
	DBGID_FILTER	DbgIdFilter[MAX_DBGID_NUM];	/*DbgId filtering condition array. Only the logs that satisfy 
												one of the DbgId filtering condition array. The maximum number 
												of conditions in the DbgId filtering condition array is 
												MAX_DBGID_NUM. Each filtering condition has two fields. 
												One field is ucMode that specifies a DbgId string comparison mode. 
												0 indicates perfect matching and 1 indicates containing matching. 
												If the top digit of ucMode is 1, it indicates ignoring case.*/
}LOG_FILTER;

//{{[2014-11-27]
#define MAX_MONITOR_MSGID_NUM	32
typedef struct {
	USHORT	nMonitorMsgIDs[MAX_MONITOR_MSGID_NUM];
} ISX_MONITOR_MSG_TAB;
//}}
#pragma pack()
#endif

//////////////////////////////////////////////////////////////////////////
//{{add by 2009-5-20
#pragma pack(1)
#ifndef _MIX_TYPE_
#define _MIX_TYPE_
typedef enum{
	MIXTYPE_NULL,		//not mix
	MIXTYPE_RECORD,		//record mix
	MIXTYPE_PLAY,		//play mix
	MIXTYPE_RPBOTH,		//both record and play mix
	MIXTYPE_HIIMPREC,	//high impedance mix
}MIX_TYPE;

#define MAX_SPEC_CAP_NUM	32

typedef struct{
	UCHAR	ucMixType;	//Mix type, refer to MIX_TYPE
	UCHAR	ucUnmixTimeSlot[MAX_SPAN_NUM];/*not mixing timeslot number, E1(0~31), T1/J1(1~24).
										  0xFF indicates all timeslot mixing, buf Xoip board invalid*/
}MIX_PARAM;

typedef enum{
	MIXCAP_NON		=0,		//No specific capability
	MIXCAP_NORMAL	=1,		//Normal mix capability
	MIXCAP_HIIMP	=2,		//High impedance mix capability(Only trunk board)
}MIX_CAP;

typedef struct{
	UCHAR			ucMixCap;	//Mix capability, refer to MIX_CAP
	UCHAR			ucRvrCap[MAX_SPEC_CAP_NUM-1]; //Reserve
}UNK_CAP_SET;

typedef struct{
	UCHAR			ucMixCap;	//Mix capability, refer to MIX_CAP
	UCHAR			ucRvrCap[MAX_SPEC_CAP_NUM-1]; //Reserve
}M3G_CAP_SET;

typedef struct{
	UCHAR			ucMixCap;	//Mix capability, refer to MIX_CAP
	UCHAR			ucRvrCap[MAX_SPEC_CAP_NUM-1]; //Reserve
}SPAN_CAP_SET;

typedef struct{
	UCHAR			ucMixCap;	//Mix capability, refer to MIX_CAP
	UCHAR			ucRvrCap[MAX_SPEC_CAP_NUM-1]; //Reserve
}XOIP_CAP_SET;

typedef struct{
	union{
		SPAN_CAP_SET Span;
		XOIP_CAP_SET Xoip;
		M3G_CAP_SET	 M3g;
		UNK_CAP_SET	 Unk; 
	};
}SPEC_CAP;
#endif

#pragma pack()

/*
* System param ID for ISX_sr_SetSysParam
*/
#define	SYS_PARMID_SYNCFUNC_TIMEOUT					0x00
#define	SYS_PARMID_DAYNUM_FOR_AUTO_DELETE_LOG		0x01
#define SYS_PARMID_VOX_BUSYDETECT_NUM				0x02
#define SYS_PARMID_PRINT_KEEPALIVE_LOG				0x03
#define SYS_PARMID_ENABLE_RAR_LOG					0x04
#define SYS_PARMID_IMMEDIA_PRINT_LOG				0x05
#define SYS_PARMID_ENABLE_STOP_RECPLAY_STATMANAGER	0x06
#define SYS_PARMID_SIPREGISTERACK_AUTHENT_REALM		0x07	//set inner call ISX_gc_SIPSendRegisterAck Ack.Authent.Realm

/*
* ISX_sr_default (iParmId)
*/
#ifndef PARMID_SS7_IAM
	#define PARMID_SS7_IAM			1
	#define PARMID_SS7_ACM			3
	#define PARMID_SS7_ANM			4
	#define PARMID_SS7_REL			5
	#define PARMID_SS7_CPG			6
	#define PARMID_SS7_INF			7
	#define PARMID_SS7_INR			8
	#define PARMID_SS7_USR2UER_INFO	9
	#define PARMID_SS7_CON			10
	#define PARMID_SS7_IDR			11
	#define PARMID_SS7_IDS			12
	#define PARMID_SIP_INVITE		13
	#define PARMID_SIP_RING			14
	#define PARMID_SIP_CONNECT		15
	#define PARMID_PRI_SETUP		16
	#define PARMID_PRI_ALERTING		17
	#define PARMID_PRI_CONNECT		18
	#define PARMID_PRI_DROP			19
	#define PARMID_PRI_SETUPACK		20
	#define PARMID_PRI_PROGRESS		21
	#define PARMID_PRI_PROCEEDING	22
	#define	PARMID_SIP_INVITE_EX_REQ		23	
	#define PARMID_SIP_OPTIONS				24
	#define PARMID_SIP_INVITE_URI			25
	#define PARMID_SIP_INVITE_LONG_URL		26
	#define PARMID_SIP_INVITE_LONG_USER		27
	#define PARMID_SIP_INVITE_LONGLONG_USER	28
	#define PARMID_ISXSIP_ADDR_URL			29
	#define PARMID_ISXSIP_ADDR_URL_EX		30
	#define PARMID_ISXSIP_ADDR_LONG_URL		31
	#define PARMID_ISXSIP_ADDR_LONG_USR		32
	#define PARMID_SIP_SUBSCRIBE			33
	#define PARMID_SIP_MESSAGE				34
	#define PARMID_DSPCH_VQECFG		200
#endif

/*
* ISX_sr_insertparm (parmID)
*/
#ifndef SIPPARMID_DESTADD
	#define SIPPARMID_DESTADD		200		//normal destination address
	#define SIPPARMID_SRCADD		201		//normal source address
	#define SIPPARMID_DESTDISPLAY	202		//destination display name
	#define SIPPARMID_SRCDISPLAY	203		//source display name
	#define SIPPARMID_DESTADD_LONG_URL		204		//LONG_URL destination address
	#define SIPPARMID_SRCADD_LONG_URL		205		//LONG_URL source address
	#define SIPPARMID_DESTADD_LONG_USR		206		//LONG_USER destination address
	#define SIPPARMID_SRCADD_LONG_USR		207		//LONG_USER source address
	#define SIPPARMID_DESTADD_URI			208		//URI destination address
	#define SIPPARMID_SRCADD_URI			209		//URI source address
	#define SIPPARMID_DESTADD_LONGLONG_USR	210		//LONGLONG_USER destination address
	#define SIPPARMID_SRCADD_LONGLONG_USR	211		//LONGLONG_USER source address

	//set ie_body
	#define SIPPARMID_CHCAP			301		//channel capability
	#define SIPPARMID_MEDIADESC		302		//media description
	#define SIPPARMID_ORIGIN		303		//origin
	
#endif

/*
* ISX_sr_convert (convertID)
*/
#ifndef CONID_CODECID2PLAYLOAD
	#define CONID_CODECID2PLAYLOAD	401	//(SIP) convert codec-id to payload-id
#endif

//////////////////////////////////////////////////////////////////////////

#if defined(__cplusplus)
extern "C" {
#endif

/* SRL standard attribute functions */

/************************************************************************/
/*　Function: ISX_ATDV_ERRMSGP()
Description:
	The ISX_ATDV_ERRMSGP() function returns an ASCIIZ string that describes the error that occurs 
	during the last function call. The pointer remains valid throughout the execution of the application. 
	If no error occurs, the function returns a "No Error" string.
Return value:
	Pointer to string
Parameter:
-dev
	Valid device handle returned by the xx_open() function
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(CHAR*)	ISX_ATDV_ERRMSGP(INT dev);

/************************************************************************/
/*　Function: ISX_ATDV_LASTERR()
Description:
	The ISX_ATDV_LASTERR() function returns codes (INT integers) that indicates errors that occur 
	during the last function call. The error codes are located in all relevant header files such as 
	voclib.h and dtilib.h.
Return value:
	AT_FAILURE: failure. The specified handle is invalid
	Others: error code
Parameter:
-dev
	Valid device handle returned by the ISX_xx_open() function
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_ATDV_LASTERR(INT dev);

/************************************************************************/
/*　Function: ISX_sr_getlasterr()
Description:
	The ISX_sr_getlasterr() function obtains the error code during the last call function. 
	The function is similar to the GetLastError() function in Windows API. Their difference 
	is that ISX_ATDV_LASTERR() applies to devices and ISX_sr_getlasterr() applies to threads. 
	ISX_sr_getlasterr() is generally used to obtain failure causes of the ISX_xx_open() function.
Return value:
	-1: failure
	Others: error code during the last function call
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_getlasterr();

/************************************************************************/
/*　Function: ISX_sr_GetErrMsg()
Description: 
	The ISX_sr_getlasterr() function returns codes that indicates errors that occur 
	during the last function call.
Return value:
	Pointer to string
Parameter:
-sRetVal
	error code returned by the ISX_sr_getlasterr() function
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(CHAR*)	ISX_sr_GetErrMsg(INT sRetVal);

/* Wait for next event */
/************************************************************************/
/*　Function: ISX_sr_waitevt()
Description:
	The ISX_sr_waitevt() function waits for an event within the specified time. If an event occurs, 
	0 is returned immediately. If no event occurs within the specified time, -1 (SR_TMOUT) is returned.
Return value:
	0 success.An event occurs
	-1 failure. No event occurs
Parameter:
-timeout
	Timeout time in ms. If the parameter value is -1, it indicates infinite waiting.
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_waitevt(LONG tmout);

/************************************************************************/
/*　Function: ISX_sr_waitevtEx()
Description:
	The ISX_sr_waitevtEx() function waits for device events. The function can be regard as an extension 
	of the ISX_sr_waitevt() function. If events are detected on the specified devices, the function 
	returns 0 immediately. If no event occurs on the specified devices within the specified time, 
	the function times out and returns -1 (SR_TMOUT).
Parameter:
-handlep
	Device handle array
-count
	Number of handles in the handle array
-tmout
	Timeout time in ms. If the value is -1, it indicates infinite waiting until an event occurs.
-rfup
	Reserved for future use
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_waitevtEx(INT *handlep, INT count, LONG tmout, LONG* rfup);

/************************************************************************/
/*　Function: ISX_sr_getevtdev()
Description:
	The ISX_sr_getevtdev() function returns the device handle of the current event. If no current 
	event exists, -1 is returned. If timeout occurs when waiting for an event, the function returns 
	SRL_DEVICE. If SR_SYSHDL is returned, it indicates that the event is a system event.
Return value:
	-1: failure
	Others: event device handle
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_getevtdev();

/************************************************************************/
/*　Function: ISX_sr_getevttype()
Description:
	The ISX_sr_getevttype() function returns the type of the current event. If no current event exists, 
	-1 is returned. If timeout occurs while waiting for an event, the function returns SR_TMOUTEVT.
Return value:
	-1 failure
	Others: event type	
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_getevttype();

/************************************************************************/
/*　Function: ISX_sr_getevtlen()
Description:
	The ISX_sr_getevtlen() function returns the length of the additonal data of the current event. 
	If no current event exists, 0 is returned.
Return value:
	-1 failure
	Others: event length
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_getevtlen();

/************************************************************************/
/*　Function: ISX_sr_getevtdatap()
Description:
	The ISX_sr_getevtdatap() function returns the address of the additional data of the current event. 
	Please use ISX_sr_getevtlen() to determine the valid length of the variable-length data. If there 
	is no variable-length data for the current event, NULL is returned. The returned pointer is valid 
	before ISX_sr_waitevt() or ISX_sr_waitevtEx() is called again.
Return value:
	NULL: no variable-length data for the event
	Others: address of variable-length data of the event
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(VOID*)	ISX_sr_getevtdatap();

/************************************************************************/
/*　Function: ISX_sr_getevtopertype()
Description:
	The ISX_sr_getopertype() function returns the event-related operation type.
Return value:
	Returns the event-related operation type, refer to OPERATIONS
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_getevtopertype();

/************************************************************************/
/*　Function: ISX_sr_getevtoperindex()
Description:
	The ISX_sr_getevtoperindex() function returns the event-related operation number. You can specify 
	an operation index for some operations such as recording, playback and obtaining the number of 
	played or recorded bytes. When an event is generated, the number can be obtained through 
	ISX_sr_getevtoperindex() so that a programmer can know which operation results in the event.
Return value:
	Returns the number of the operation corresponding to the event	
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(UINT)		ISX_sr_getevtoperindex();

/************************************************************************/
/*　Function: ISX_sr_getevtname()
Description:
	The ISX_sr_getevtname() function obtains the event name of a certain event or the 
	current event (iEvtType is SR_CUREVENT).
Return value:
	Pointer to string
Parameter:
-iEvtType
	Event type
*/
/************************************************************************/
#ifndef EHANG_ISXAPI_STD_C
ISXAPI_FUNC_STDCL(CHAR*)	ISX_sr_getevtname(INT iEvtType = SR_CUREVENT);
#else
ISXAPI_FUNC_STDCL(CHAR*)	ISX_sr_getevtname(INT iEvtType);
#endif

/************************************************************************/
/*　Function: ISX_sr_getopername()
Description:
	The ISX_sr_getopername() function obtains the operation name of a certain operation 
	or the current event (iOperType is SR_CUREVENT).
Return value:
	Pointer to string
Parameter:
-iOperType
	Operation type
*/
/************************************************************************/
#ifndef EHANG_ISXAPI_STD_C
ISXAPI_FUNC_STDCL(CHAR*)	ISX_sr_getopername(INT iOperType = SR_CUREVENT);
#else
ISXAPI_FUNC_STDCL(CHAR*)	ISX_sr_getopername(INT iOperType);
#endif

/************************************************************************/
/*　Function: ISX_sr_SetSysParam()
Description:
	The ISX_sr_SetSysParam() function Sets system parameter.
Return value:
	0 success
	-1 failure
Parameter:
-parmID
	parameter ID, may be as follows:
		SYS_PARMID_SYNCFUNC_TIMEOUT ( value is SHORT type )
		SYS_PARMID_DAYNUM_FOR_AUTO_DELETE_LOG ( value is INT type )
-valuep
	Pointer to parameter value.
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_SetSysParam(USHORT parmID, const VOID * valuep);

/************************************************************************/
/*　Function: ISX_Api_SetIsxPrdNum()
Description:
	The ISX_Api_SetIsxPrdNum() function sets the maximum number of ISX/PRD nodes supported 
	by ISX-SDK. The ISX-SDK only supports two ISX nodes and two PRD nodes by default. 
	The function shall be called prior to ISX_Api_Init(), otherwise it will not take effect.
Return value:
	0 success
	-1 failure
Parameter:
-iMaxIsxNum
	Number of ISX nodes supported by SDK. The maximum number is MAX_NODE_NUM. If the parameter 
	value is -1, no modification is made and the default is used.
-iMaxPrdNum
	Number of PRD nodes supported by SDK. The maximum number is MAX_PRD_NUM. If the parameter 
	value is -1, no modification is made and the default is used.	
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_Api_SetIsxPrdNum(INT iMaxIsxNum, INT iMaxPrdNum);
ISXAPI_FUNC_STDCL(INT)		ISX_Api_SetPrdAddrMapping(CHAR cPrdNo, CHAR* szIp);

/************************************************************************/
/*　Function: ISX_Api_Init()
Description:
	The ISX_Api_Init() function initializes ISX API function library that contains functions 
	such as Voice, DTI, SRL and GC functions. Before these functions are used, the application 
	must call ISX_Api_Init( ) to initialize the function library first. The function is generally 
	called during the initialization of the whole application. ISX_Api_Uninit( ) is called at 
	the end of the whole application. ISX_Api_Init( ) and ISX_Api_Uninit( ) cannot be repeatedly 
	called in an application.
Return value:
	0 success
	-1 failure
Parameter:
-szMCIp
	Master controller IP address
-usMCPort
	Master controller port
-ucKeepAlive
	Checks the cycle of keep-alive messages (i.e. heartbeat cycle). ISX API communicates with 
	MC through TCP/IP. ISX API regularly sends keep-alive messages to MC to check whether the 
	peer or network is normal. After receiving a keep-alive message, MC sends a response message 
	to ISX API. If MC does not receive any keep-alive message sent by ISX API, MC automatically 
	disconnects from ISX API. The mechanism is inconvenient for the program single-step follow-up 
	and commissioning. Therefore, we design the parameter so that the user can set an inspection cycle. 
	The default cycle is 20s. Values specified by the parameter are the multiple of the default cycle. 
	For example, if usKeepAlive is equal to 3, the inspection cycle is 60s.
-pszVersion
	SDK Version, must be ISX_API_VER
*/
/************************************************************************/
#ifndef EHANG_ISXAPI_STD_C
ISXAPI_FUNC_STDCL(INT)		ISX_Api_Init(CHAR* szMCIp, USHORT usMCPort, UCHAR ucKeepAlive = 1, CHAR* pszVersion=(CHAR*)ISX_API_VER);
#else 
ISXAPI_FUNC_STDCL(INT)		ISX_Api_Init(CHAR* szMCIp, USHORT usMCPort, UCHAR ucKeepAlive, CHAR* pszVersion/*ISX_API_VER*/);
#endif

/************************************************************************/
/*　Function: ISX_Api_Uninit()
Description:
	The ISX_Api_Uninit() function stops the function library from working, disconnects from MC 
	and releases resources occupied by the function library.
Return value:
	0 success
	-1 failure
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_Api_Uninit();

/************************************************************************/
/*　Function: ISX_sr_putevt()
Description:
	The ISX_sr_putevt() function allows the application to add an event in the ISX API event queue. 
	If there is variable-length data, please use evtdatap to specify the source data address and 
	specify the length of the variable-length data through the evtlen parameter. The ISX_sr_putevt() 
	function will copy the variable-length data to the queue. Therefore, the user may discard evtdatap 
	when the function returns.
	Note: The event generated by the ISX_sr_putevt() function can be obtained through the ISX_sr_waitevt() 
	or ISX_sr_waitevtEx() function.
Return value:
	0 success
	-1 failure
Parameter:
-dev
	Device handle
-evt
	Event type. It may be a user-defined type. The value can be obtained through ISX_sr_getevttype().
-len
	Variable-length event length. The value can be obtained through ISX_sr_getevtlen(). If there is no 
	variable-length data, please set the parameter to 0.
-datap
	Variable-length data address. Variable-length data can be obtained through ISX_sr_getevtdatap(). 
	If there is no variable-length data, please set the parameter to NULL.
-err
	Error code. The value can be obtained through ISX_ATDV_LASTERR(). If the value is 0, no error code is set.
-ulOperIndex
	Operation number. 
*/
/************************************************************************/
#ifndef EHANG_ISXAPI_STD_C
ISXAPI_FUNC_STDCL(INT)		ISX_sr_putevt(INT dev, UINT evt, INT len, VOID  *datap, INT err, UINT ulOperIndex=0);
#else
ISXAPI_FUNC_STDCL(INT)		ISX_sr_putevt(INT dev, UINT evt, INT len, VOID  *datap, INT err, UINT ulOperIndex);
#endif

/************************************************************************/
/*　Function: ISX_sr_Test()
Description: 
	Inner test
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_Test(UCHAR ucIsxNo, UCHAR ucBrdNo, UCHAR ucBrdType, VOID *pInData, UINT ulInDataLen, VOID* pOutData, UINT* pulOutDataLen);

/************************************************************************/
/*　Function: ISX_sr_Wait4TestData()
Description: 
	Inner test
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_Wait4TestData(UCHAR ucIsxNo, UCHAR ucBrdNo, UCHAR ucBrdType, VOID* pOutData, UINT* pulOutDataLen, INT timeout);

/************************************************************************/
/*　Function: ISX_sr_SetDebugOutput()
Description:
	Inner test
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_SetDebugOutput(BOOL bEnable);

/************************************************************************/
/*　Function: ISX_sr_Log2File()
Description: 
	The ISX_sr_Log2File() function sets default write log file configuration.
Return value:
	0 success
	-1 failure
Parameter:
-pszLogPath
	Pointer to Log saving path.
-ulLogFilter
	Log filter, -1 indicates default configuration; 0 indicates not write log.
*/
/************************************************************************/
#ifndef EHANG_ISXAPI_STD_C
ISXAPI_FUNC_STDCL(INT)		ISX_sr_Log2File(CHAR* pszLogPath, ULONGLONG ulLogFilter = (ULONGLONG)-1);
#else
ISXAPI_FUNC_STDCL(INT)		ISX_sr_Log2File(CHAR* pszLogPath, ULONGLONG ulLogFilter);
#endif

/************************************************************************/
/*　Function: ISX_sr_SetLogDir()
Description:
	The ISX_sr_SetLogDir() function sets a path for logs output by SDK. The ISX_sr_SetLogFilter() 
	function specifies whether to save logs output by SDK to files. File names that save SDK logs 
	are determined by SDK (currently, another file name shall be used every 500,000 lines and the 
	file naming rule is "LogPath ISdkLogyyyymmdd_hhnnss.txt", i.e. 
	"LogPath ISdkLog(year)(month)(day)_(hour)(minute)(second).txt").
Return value:
	0 success
	-1 failure
Parameter:
-pszLogPath
	Pointer to Log saving path.
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_SetLogDir(CHAR* pszLogPath);

/************************************************************************/
/*　Function: ISX_sr_SetLogFilter()
Description:
	The ISX_sr_SetLogFilter() function sets filtering conditions for SDK output logs.
Return value:
	0 success
	-1 failure
Parameter:
-pFilter
	Log filtering conditions, please refer to LOG_FILTER.
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_SetLogFilter(LOG_FILTER* pFilter);

/************************************************************************/
/*　Function: ISX_sr_StartLogServer()
Description:
	The ISX_sr_StartLogServer() function starts up LogServer. SDK logs can be saved to files. 
	They can also be connected to LogServer through TCP/IP by using IsxLog App so that SDK 
	output logs are transmitted to IsxLog App for display in real time. Each APP that calls 
	SDK must use independent LogServer, which means that when multiple APPs (programs calling 
	ISX API) run in the same computer, LogServer must be started up by using various ports, 
	otherwise it will result in port conflict.
Return value:
	0 success
	-1 failure
Parameter:
-iPort
	LogServer port
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_StartLogServer(INT iPort);

//ISXAPI_FUNC_STDCL(INT)	ISX_sr_ChangeLogServerPort(INT iPort);

/************************************************************************/
/*　Function: ISX_sr_SetDbgIdStr()
Description:
	The ISX_sr_SetDbgIdStr() function sets channel DbgId that is a string. If DbgId filtering 
	conditions are set during the log output, the If the DbgId in the DbgId filtering conditions 
	are compared with the DbgId of the channel. If the two strings are equal (or have a inclusion 
	relation, the comparison mode is specified in the DbgId filtering conditions), logs are output, 
	otherwise no logs are output.
Return value:
	0 success
	-1 failure
Parameter:
-iDev
	Device handle of DbgId to be set. It may be a channel handle such as DTI, 
	DSP, GC and AG channel handles...
-szIdStr
	DbgId string. The maximum length shall not exceed MAX_DBGID_LEN-1.
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_SetDbgIdStr(INT iDev, CHAR* szIdStr);

/************************************************************************/
/*　Function: ISX_sr_GetSdkVer()
Description:
	The ISX_sr_GetSdkVer() function obtains the SDK version number. The version number returned 
	by the function is the version number of the SDK DLL. The user can compare this version with 
	ISX_API_VER in the srllib.h header file. If they are equal, it indicates that the header file 
	used during the SDK DLL compilation is the same as the header file used during the APP compilation.
Return value:
	Pointer to current SDK Version string.
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(CHAR*)	ISX_sr_GetSdkVer();

/************************************************************************/
/*　Function: ISX_sr_getdevtype()
Description:
	The ISX_sr_getdevtype() function obtains the type of a specified device. 
Return value:
	return Device type, device types may be as follows:
			DT_DSP_BRD
			DT_DSP_CH
			DT_DTI_CH
			DT_SIG_CH
			DT_CS_CH
			DT_XOIP_CH
			...
Parameter:
-Dev
	Device handle
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_getdevtype(INT dev);

/************************************************************************/
/*　Function: ISX_sr_TrunkChMapping()
Description:
	If the type of a trunk is E1, the DTI and GC channels of the trunk have two numbering modes, 
	i.e. mapping mode and non-mapping mode. For the mapping and non-mapping modes, refer to 
	the description of the ISX_dt_open() and ISX_gc_OpenEx(). The mode must be specified by 
	calling the ISX_sr_TrunkChMapping() function. The function must be called before the ISX_dt_open() 
	and ISX_gc_OpenEx() functions are called. After the ISX_dt_open() or ISX_gc_OpenEx() function 
	is called, ISX_sr_TrunkChMapping() shall not be called, otherwise it will cause confusion. 
	The default is mapping mode.
Return value:
	0 success
	-1 failure
Parameter:
-bEnable
	Whether to use the mapping mode. If it is TRUE, the mapping mode is used. If it is FALSE, 
	the non-mapping mode is used.
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_TrunkChMapping(BOOL bEnable);

ISXAPI_FUNC_STDCL(INT)		ISX_sr_QueryDevInfo(DEV_INFO* pDevInfo);
ISXAPI_FUNC_STDCL(INT)		ISX_sr_NoDelayRepair(BOOL bRepair);	
ISXAPI_FUNC_STDCL(INT)		ISX_sr_default(INT iParmId, VOID* pParam);
ISXAPI_FUNC_STDCL(INT)		ISX_sr_insertparm(VOID* parm_blkp, USHORT parmID, UCHAR data_size, VOID *datap);
ISXAPI_FUNC_STDCL(INT)		ISX_sr_setparm(VOID* parm_blkp, USHORT parmID, UCHAR data_size, VOID *datap);
ISXAPI_FUNC_STDCL(INT)		ISX_sr_convert(USHORT convertID, VOID* pDest, VOID* pSource);

/************************************************************************/
/*　Function: ISX_sr_getnet2cfg()
Description:
	Many daughter boards in the ISX4000 switch have two network ports. The IP address of the first 
	network port is internally assigned (automatically calculated according to the IP address of 
	the motherboard). The IP address of the second network port is set by the user. The user can set
	the IP address of the second network port through OAM. The ISX_sr_getnet2cfg() function obtains 
	the IP address information of the second network port.
Return value:
	0 success
	-1 failure
Parameter:
-ucIsxNo
	Node number
-ucBrdNo
	Board number
-ucBrdType
	Board type as follows:
	BT_DSP: DSP daughter board
	BT_XOIP: XOIP daughter board
	BT_SIP: SIP daughter board
-ipp
	Pointer to IP address
-netmaskp
	Pointer to mask address
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_getnet2cfg(UCHAR ucIsxNo, UCHAR ucBrdNo, UCHAR ucBrdType, CHAR* ipp, CHAR* netmaskp);

/************************************************************************/
/*　Function: ISX_sr_GetSpecCap()
Description:
	The ISX_sr_GetSpecCap() function obtains special capabilities of daughter boards. 
	Some daughter boards of ISX series have some special capabilities. Currently, 
	the trunk voice mixing daughter board and the XOIP voice mixing daughter board 
	have the special capability of voice mixing that helps meet some special service 
	demands such as recording both parties' communication voice not in a conference, 
	recording karaoke, etc. For details, refer to the voice mixing function part of 
	the programming guide.
Return value:
	0 success
	-1 failure
Parameter:
-ucIsxNo
	Node number
-ucBrdNo
	Board number
-ucBrdType
	Board type as follows:
	BT_TRUNK: Trunk daughter board
	BT_XOIP: XOIP daughter board
-pSpecCap
	Pointer to the structure address where special capabilities are stored. 
	Refer to the SPEC_CAP structure.
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_GetSpecCap(UCHAR ucIsxNo, UCHAR ucBrdNo, UCHAR ucBrdType, SPEC_CAP  *pSpecCap);

/************************************************************************/
/*　Function: ISX_sr_SetMixParm()
Description:
	The ISX_sr_SetMixParm() function sets voice mixing parameters of a specified special daughter 
	board. Daughter boards with the voice mixing capability include the trunk voice mixing daughter 
	board and the XOIP voice mixing daughter board.
Return value:
	0 success
	-1 failure
Parameter:
-ucIsxNo
	Node number
-ucBrdNo
	Board number
-ucBrdType
	Board type as follows:
	BT_TRUNK: Trunk daughter board
	BT_XOIP: XOIP daughter board
-pMixParam
	Pointer the address of voice mixing parameters. Refer to the MIX_PARAM structure.
*/
/************************************************************************/
#ifndef EHANG_ISXAPI_STD_C
ISXAPI_FUNC_STDCL(INT)		ISX_sr_SetMixParm(UCHAR ucIsxNo, UCHAR ucBrdNo, UCHAR ucBrdType, MIX_PARAM *pMixParam=NULL);
#else
ISXAPI_FUNC_STDCL(INT)		ISX_sr_SetMixParm(UCHAR ucIsxNo, UCHAR ucBrdNo, UCHAR ucBrdType, MIX_PARAM *pMixParam);
#endif

/************************************************************************/
/*　Function: ISX_sr_GetMixParm()
Description:
	The ISX_sr_GetMixParm() function obtains voice mixing parameters of a specified special 
	daughter board. Daughter boards with the voice mixing capability include the trunk 
	voice mixing daughter board and the XOIP voice mixing daughter board.
Return value:
	0 success
	-1 failure
Parameter:
-ucIsxNo
	Node number
-ucBrdNo
	Board number
-ucBrdType
	Board type as follows:
	BT_TRUNK: Trunk daughter board
	BT_XOIP: XOIP daughter board
-pMixParam
	Pointer the address of voice mixing parameters. Refer to the MIX_PARAM structure.
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT)		ISX_sr_GetMixParm(UCHAR ucIsxNo, UCHAR ucBrdNo, UCHAR ucBrdType, MIX_PARAM *pMixParam);


/************************************************************************/
/*　Function: ISX_sr_writeflash()
Description: 
	Inner test
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT) ISX_sr_writeflash(UCHAR ucIsxNo, UCHAR ucBrdNo, UCHAR ucBrdType, const CHAR* pBuffer, USHORT usSize, UINT ulOffset, VOID* pRvr);

/************************************************************************/
/*　Function: ISX_sr_readflash()
Description:
	Inner test
*/
/************************************************************************/
ISXAPI_FUNC_STDCL(INT) ISX_sr_readflash(UCHAR ucIsxNo, UCHAR ucBrdNo, UCHAR ucBrdType, CHAR* pBuffer, USHORT usSize, UINT ulOffset, UCHAR* pEOF, VOID* pRvr);


/************************************************************************/
/*　Function: ISX_sr_TestGetMisc()
Description:
	Inner test
*/
/************************************************************************/
typedef struct tagMISC_INFO{
	CHAR cLogStopFlag;
	CHAR cRfu[255];
}MISC_INFO;
ISXAPI_FUNC_STDCL(INT)		ISX_sr_TestGetMisc(VOID *pMiscBuf, INT iBufLen);

ISXAPI_FUNC_STDCL(INT)		ISX_sr_Hdl2Channel(INT iHdl, CHAR* devtype, CHAR* nodenum, CHAR* brdnum, CHAR* spannum, SHORT* channel);
ISXAPI_FUNC_STDCL(INT)		ISX_sr_Channel2Hdl(CHAR devtype, CHAR nodenum, CHAR brdnum, CHAR spannum, SHORT channel, INT* iHdl);
ISXAPI_FUNC_STDCL(INT)		ISX_sr_SetMsgIdMonitorTab(ISX_MONITOR_MSG_TAB *pMsgTab); //[2014-11-27]

/* terminate the extern "C" for c plus plus */
#if defined(__cplusplus)
}
#endif


#endif