Audio program

Development Platform:
C/C++

Typedef.h：Code Content
							/*-----------------------------------------------------------
*
*       Copyright (C) 1999 AudioCodes Ltd.
* 
*       All rights reserved. Reproduction in whole
*       or in part is prohibited without the written
*       permission of the copyright owner.
*
*------------------------------------------------------------
*------------------------------------------------------------
*
*   FILE:           TypeDef.h
*   
*   DESCRIPTION:    General Types/Const Definitions
*
*   NOTES:          None
*
*----------------------------------------------------------*/
#ifndef TYPEDEF_H
#define TYPEDEF_H 
#include "UserDef.h"    /* VoiceEngines User Settings */
#include "AC48xDrv.h"	/* DSP IF User Settings */
#include "AC48xDef.h"	/* Include AC48x bit-field definitons */
#include "VoiceMediator.h"
#if FAX_TERMINATION_SUPPORTED
#include "FaxTermDef.h" /* Includes from the Fax Termination stack*/
#endif
/**********************************************************************
     Include to PstnTypeDef.h :   later in 4.2 will be taken out in a smart way...
************************************************************************/
#include "PstnTypeDef.h" 
#include "SS7TypeDef.h" 
/**********************************************************************
     Include to TpAppVarsTypeDef.h :   later in 4.2 will be approached again ...
	 TpAppVarsTypeDef.h  includes the struct TAppVars that Boardparams is using.
	 the purpose is that one could use #include to it without needing to get with 
	 it all the other 2000 lines that are in Typedef.h
     In 4.2 a "work" will be done in order to define how to approach the "many types of different systems (i.e. - ATM/SS7/Megaco/Smp etc.)
	 so that a "methology"  :-) will be better
************************************************************************/
#include "TpAppVarsTypeDef.h"
/**********************************************************************
  
    Macro Definitions :
  
************************************************************************/
/* Convert from a Channel ID to the DSP Device Number assigned for this channel : */
#define CID_TO_DEVICE(ch)			(((ch>=0) && (ch<acNumberOfDSPChannels)) ? ChInfo[ch].DeviceIndex : 0)
/* Convert from a Channel ID to the DSP channel number assigned for this channel : */
#define CID_TO_CHANNEL(ch)			(((ch>=0) && (ch<acNumberOfDSPChannels)) ? ch-DeviceInfo[ChInfo[ch].DeviceIndex].FirstCID : 0)
/* Convert from a DSP Device Number to the first Channel ID associated with this device */
#define DEVICE_TO_CID(dev)			(((dev>=0) && (dev<MAX_DSP_DEVICES_CAPACITY)) ? DeviceInfo[dev].FirstCID : 0)
/* Return the number of channels supported by this DSP Device */
#define CHANNELS_IN_DEVICE(dev)		(((dev>=0) && (dev<MAX_DSP_DEVICES_CAPACITY)) ? DeviceInfo[dev].NumberOfChannels : DeviceInfo[0].NumberOfChannels)
/* Return the number of channels supported by the first n devices */
#define CHANNELS_IN_DEVICES_0_TO_N(n)	(DEVICE_TO_CID(n)+CHANNELS_IN_DEVICE(n))
/**********************************************************************
  
    Constants Definitions :
  
************************************************************************/
#ifndef NULL
#define NULL         0
#endif
#ifndef OK
	#define OK       0
#endif /* OK */
#if 0 /*ndef BOOL */
    #define BOOL int
#endif /* BOOL */
#ifndef TRUE
#define TRUE 1
#endif                          /* TRUE */
#ifndef FALSE
#define FALSE 0
#endif                          /* FALSE */
/* Debug mode selection : */
#if !ZERO_COPY_MODE
 #define USE_DSP_DEBUG_MODE      0
#else
 #define USE_DSP_DEBUG_MODE      0
#endif
#define ENABLE_WATCHDOG 1
#define DISABLE_WEB_SERVER 2
#define DISABLE_SNMP 4
#define DISABLE_WEB_CONFIG 8
#define DISABLE_RS232 16
#define DISABLE_TELNET 32
#define DTMF_PERIOD             20
#define MAX_DTMF_EDGE_LOCATION  19
#define MOD_DTMF_SEQ_NUM        256
#define MAX_DTMF_HANGOVER       3
#define DTMF_GENERATOR_HANGOVER 1000       /*milisec*/
#define LONG_DTMF_PERIOD        2000       /*milisec*/
#define MODEM_DETECTION_PERIOD  12000	   /*milisec*/
#define MAX_CALL_PROGRESS_FREQUENCIES     15
#define MAX_CALL_PROGRESS_SIGNALS         16
#define MAX_RING_TYPES                    16
#define MAX_COEF						  36
#define CALL_PROGRESS_CMD_LENGTH          234
#define MAX_USER_DIALING_COMMANDS	      5
#define HOOK_DEBOUNCE_PERIOD 300		/* Hook debouncer constant (minimum) in msec (40)*/
/* Size of the event buffer in the Tx Channel Info : */
#define EVENT_BUF_SIZE			          10
#define DIGIT_BUF_SIZE                    20
#define CAS_BUF_SIZE                      25
#define USER_DIALING_BUF_SIZE			  16
#if RAS_IF_SUPPORTED
#define DELAY_JITTER_BUF_MAX_SIZE         1200     /*milisec */
#else
#define DELAY_JITTER_BUF_MAX_SIZE         300     /*milisec */
#endif
#define T38_JITTER_BUFFER_SIZE			  200	  /* milisec */
#define DELAY_JITTER_BUF_MAX_PACKETS      (DELAY_JITTER_BUF_MAX_SIZE/MIN_DSP_FRAME_TIME) /*pcm packets*/
#define MAX_SUCCESSIVE_REORDERED_PACKETS_DURATION	DELAY_JITTER_BUF_MAX_SIZE      
 #define NUM_IP_PACKETS_TO_BUFFER_PER_CH   (DELAY_JITTER_BUF_MAX_SIZE/MIN_IP_PACKET_TIME)
#define INITIAL_JITTER_BUF_DELAY          (DELAY_JITTER_BUF_MAX_SIZE/2)      /*milisec*/
#define BFI_ERROR_WEIGHT_VEC_SIZE         20
#define INTERVAL_FOR_RX_REORDER_CHECK_LOG_2  10    /*packets - check will be performed every 1024 incoming packets*/
#define REORDER_PACKETS_THRESHOLD         128           /*packets*/
#define EM_DEBOUNCE_PERIOD                25   /*milisec*/          
#define	CYPHER_MAX_KEY_LENGTH 	          24    /*Maximum key length in bytes*/
#define CYPHER_MAX_EXPANDED_KEY_SIZE_SHORTS 64
#define	CYPHER_BLOCK_SIZE	              8	   /* basic block size is 64 bits*/
#define RTP_SID_PACKET_PAYLOAD_SIZE		  1	 /* to be used when sending/processing RTP SID packets */
#define FAX_CED_FREQ                      2100     /*Hz*/
#define MAX_FAX_SEQ_NUM                   16
#define FAX_MODULATION_ON_PAYLOAD_SIZE    6
#define FAX_MODULATION_OFF_PAYLOAD_SIZE   3
#define FAX_V21_DATA_PAYLOAD_SIZE         4
#define FAX_T4_DURATION                   (pCh->VoicePacketLenMiliSec)
#define FAX_T30_DURATION                  (pCh->VoicePacketLenMiliSec)
#define MAX_FAX_TIME_STAMP                32768 
#define FAX_HS_MOD_ON_CORRECTION_PERIOD   30
#define FAX_CMD_PACKET_SIZE               12
#define FAX_RELAY_ERROR_REPORT_BUFFER_SIZE 4
#ifndef MAX_FAX_REDUNDANCY_DEPTH
#define MAX_FAX_REDUNDANCY_DEPTH 4
#endif
#define T38_ENC_BUFFER_SIZE               (450-18-sizeof(struct TPCIPacketHeader))
 /*-=- HDLC*/
#define PCI_HDLC_HEADER_SIZE              2  /*bytes*/
#define CALLER_ID_BUFFER_SIZE			100		  /* Size of the Caller ID message buffer */
#define MAX_CALLER_ID_MESSAGE_LENGTH	60		  /* Size of the Caller ID message text */
#define MODEM_CED_FREQ                   2100     /*Hz*/
#define MAX_MODEM_SEQ_NUM                16
#define MODEM_MODULATION_ON_PAYLOAD_SIZE 6
#define MODEM_MODULATION_OFF_PAYLOAD_SIZE 3
#define MODEM_V21_DATA_PAYLOAD_SIZE      4
#define MODEM_DATA_FRAME_DURATION        40
#define MAX_MODEM_TIME_STAMP             32768 
#define MODEM_HS_MOD_ON_CORRECTION_PERIOD 30       /*milisec*/
#define MODEM_DATA_MODULATION_TYPE       4		 
/* Yuri S. 11/12/01 - RFC1890 - dynamic RTP Pyload types */
/*-------------------------------------------------------*/
#define MAX_NUM_DYNAMIC_RTP_PT               32
#define FIRST_DYNAMIC_RTP_PT                 96   
#define LAST_DYNAMIC_RTP_PT                  127
/* previous event time(ms) offset in IBS packet*/
#define PREV_EV_TIME_OFFSET                   2
/*number of the error message that we want to count */ 
#define MAX_ERROR_MSG_TYPE_INDEX 30
#define DEFAULT_ERROR_MSG_INTERVAL 1000  /* 1 SEC*/
#define MAX_TIME_STAMP_VALUE 0xffffffff
/***********************************************************************
  
    Error Codes Constants Definitions:
  
************************************************************************/
/*error codes - AC4804IF*/
#define AC4804_BOOT_DL_ERROR            0x1001	 /*fatal error*/
#define AC4804_PROGRAM_DL_ERROR         0x1002	 /*fatal error*/
#define AC4804_RX_CHECKSUM_ERROR        0x1003
#define AC4804_RX_SEQUENCE_ERROR        0x1004
#define AC4804_TX_ERROR                 0x1005   /*fatal error*/
#define AC4804_RX_PACKET_NOT_READY      0x1006
#define AC4804_INVALID_PACKET_LEN_ERROR 0x1007   /*fatal error*/       
#define AC4804_RX_INVALID_STATUS_ERROR  0x1008 
#define AC4804_INVALID_PROFILE_CONFIGURATION 0x1009 /*fatal error*/
#define AC4804_INVALID_PATTERN_DETECTOR_THRESHOLD 0x100a /*recoverable error*/
/*-=- error codes - RAS */
#define CANT_CHANGE_ACTIVE_L2TP_TUNNEL_PARAMETERS 0x1100 /*recoverable error*/
#define NO_RESOURCE_FOR_NEW_TUNNEL_DATABASE		  0x1101 /*recoverable error*/
#define INVALID_L2TP_TUNNEL_ID_ERROR			  0x1102 /*recoverable error*/
#define INVALID_L2TP_SESSION_ID_ERROR			  0x1103 /*recoverable error*/
/*error codes - VoIPDecoder*/
#define INVALID_CID_ERROR               0x2002	 /*recoverable error*/
#define CHANNEL_NOT_ACTIVE_ERROR        0x2003
#define RTP_PAYLOAD_LENGTH_ERROR        0x200c	 /*recoverable error*/
#define LOST_RTP_PACKETS_ERROR          0x2100
#define UNKNOWN_RTP_PAYLOAD_TYPE_ERROR  0x2101	 /*recoverable error*/
#define LOST_DTMF_PACKETS_ERROR         0x2102 
#define INVALID_FAX_SEQUENCE_ERROR      0x2103	 /*recoverable error*/
#define UNRECOGNIZED_FAX_PACKET_ERROR   0x2104	 /*recoverable error*/
#define LOST_FAX_PACKETS_ERROR          0x2105 
#define INVALID_G723_CODE_ERROR         0x2106   /*recoverable error*/
#define LOST_MODEM_RELAY_PACKET_ERROR   0x2107	 /*recoverable error*/
#define UNRECOGNIZED_MODEM_RELAY_PACKET_ERROR   0x2108	 /*recoverable error*/
#define TOO_MANY_REORDERED_PACKETS_ERROR 0x2109  /*recoverable error*/
#define DTMF_FORMAT_CONFIGURATION_ERROR 0x210a   /*recoverable error*/
#define DTMF_DURATION_ROLLOVER_ERROR    0x210b   /*recoverable error*/
#define RTP_SSRC_ERROR			0x210c   /*recoverable error*/
#define INVALID_CELL_CODER_CODE_ERROR    0x210d   /*recoverable error*/
#define INVALID_TFOV_CODER_ERROR				 0x210e   /*recoverable error*/
/* error codes - VoATM */
#define INVALID_ATM_HEADER_ERROR        0x2201
#define INVALID_CPS_LENGTH_ERROR        0x2202
#define INVALID_UUI_ERROR               0x2203
#define INVALID_MESSAGE_TYPE_ERROR      0x2204
#define INVALID_PROFILE_CODER_ERROR     0x2205
#define INVALID_CRC_10_PACKET_ERROR     0x2206
#define INVALID_TYPE_1_SERVICE_ERROR    0x2207
#define LOST_AAL2_PACKETS_ERROR         0x2208
#define PRIMARY_PAYLOAD_LENGTH_ERROR    0x2209
#define SID_PAYLOAD_LENGTH_ERROR        0x220a
#define DSP_ERROR_PACKET_ERROR          0x220b
#define VPI_VCI_OF_UNOPENNED_VCC_ERROR  0x220c
#define ATM_PHY_FAILED                  0x220d
#define ATM_SLAVE_MODE_FAX_MODEM_ERROR  0x220e
#define NO_AAL2_SSSAR_BUFFERS		0x220f
#define INVALID_3G_PDU_TYPE_ERROR       0x2210
#define SET_TPNCP_TRANSPORT_LAYER		0x2211
#define QUERY_SAAL_STATISTICS           0x2212
/*error codes - VoIPEncoder*/
#define SPURIOUS_IDLE_ACK_ERROR					0x3001	 /*fatal error*/
#define DOUBLE_DTMF_EDGE_ERROR					0x3002   /*recoverable error*/
#define DIGIT_BUFFER_OVERRUN_ERROR				0x3003   /*recoverable error*/
#define AC4804_INVALID_PACKET_ERROR				0x3004	 /*fatal error*/
#define AC4804_INVALID_RX_BD_INDEX				0x3005	 /*fatal error*/  
#define AC4804_INPUT_BUFFER_OVERRUN_ERROR		0x3007 
#define AC4804_INPUT_BUFFER_UNDERRUN_ERROR		0x3008 
#define AC4804_OUTPUT_BUFFER_OVERRUN_ERROR		0x3009 
#define SPURIOUS_DIAL_ENDED_EVENT_ERROR			0x300a
#define SPURIOUS_CALLER_ID_ENDED_EVENT_ERROR	0x300b
#define BAD_CALLER_ID_MESSAGE_ERROR				0x300c
/*error codes - JitterBuffers*/
#define LEFT_OVER_IN_CAS_BUFFER_ERROR   0x4001
#define JITTER_BUF_INTERNAL_ERROR       0x4002	 /*recoverable error*/
#define JITTER_BUF_UNDER_RUN_ERROR      0x4003
#define END_OF_JITTER_BUF               0x4004
#define DSP_HDLC_NOT_READY				0x4005
#define INVALID_JBS_MODE_VALUE			0x4006   /*recoverable error*/
#define JITTER_BUFFER_STATUS_MISMATCH	0x4007	 /*fatal error: indicates a customized chip missmatch */
/*error codes - EvntHndl*/
#define STILL_DIALING_ERROR             0x5001   /*recoverable error*/
#define TOO_MANY_DIGITS_ERROR           0x5002
#define SPURIOUS_EVENT_ERROR            0x5003
#define EVENT_BUFFER_OVERRUN_ERROR      0x5004   /*recoverable error*/     
#define TOO_MANY_CAS_CHANGES_ERROR      0x5005
#define INVALID_CALL_PROGRESS_TONE_ERROR 0x5006  /*recoverable error*/  
#define DIALING_WHILE_IDLE_ERROR        0x5007  /*recoverable error*/  
#define IDLE_WHILE_DIALING_ERROR        0x5008  /*recoverable error*/  
#define DIGIT_ON_TIME_ERROR		        0x5009  /*recoverable error*/ 
#define USER_DIAL_BUFFER_OVERRUN_ERROR  0x500a   /*recoverable error*/     
#define UNEXPECTED_SIGNAL_INDEX_ERROR	0x500B  /*recoverable error*/
#define TELEPHONY_SIGNAL_WHILE_DTMF_OR_IBS    0x500C  /*recoverable error*/
/*error codes - Init*/
#define SETUP_PARAMETER_INVALID_ERROR   0x6001 	 /*fatal error*/
#define MEMORY_ALLOCATION_ERROR         0x6002   /*fatal error*/  
#define INVALID_FAX_MODEM_PARAMETERS_SETUP_SEQUENCE 0x6003   /*recoverable error*/
/*error codes - RTCP*/
#define INVALID_RTCP_SDES_PACKET_ERROR  0x7001
#define INVALID_RTCP_PACKET_TYPE_ERROR  0x7002
#define INVALID_RTCP_PACKET_ERROR       0x7003 
#define INVALID_RTCP_EXT_LEN_ERROR      0x7004
#define INVALID_SET_RTCP_EXT_LEN_ERROR  0x7005
/*error codes - VP General */
#define VP_GET_TIME_STEMP_FAILED        0x8001   /*recoverable error*/
/*error codes - Bit*/
#define DSP_BIT_FAILED                  0x10001  /*recoverable error*/
#define BOARD_TEMP_BIT_FAILED			0x10002	 /*recoverable error*/
 
/*error codes - Main*/
#define TIMER_INITIATION_ERROR          0x20001	 /*fatal error*/
#define SOCKET_CREATION_ERROR           0x20002	 /*fatal error*/
#define ARP_ERROR                       0x20003	 /*recoverable error*/
#define DESTINATION_IP_ADDRESS_UNREACHABLE_ERROR 0x20004	/*recoverable error*/
#define NI_TX_OVERFLOW_ERROR            0x20005
#define PCI_PACKET_TOO_BIG_ERROR        0x20006	 /*recoverable error*/
#define RTP_PACKET_TOO_LARGE_ERROR      0x20007  /*recoverable error*/
#define RTCP_PACKET_TOO_LARGE_ERROR     0x20008  /*recoverable error*/
#define I_CACHE_LOCK_FAILED_ERROR       0x20009  /*recoverable error*/
#define D_CACHE_LOCK_FAILED_ERROR       0x2000a  /*recoverable error*/
#define TEST_IP_CONNECTION_FAILED       0x2000b  /*recoverable error*/ 
#define ILLEGAL_TDM_BUS_TYPE_ERROR      0x2000c  /*recoverable error*/
#define PSOS_EVENT_MESSAGING_ERROR      0x2000d  /*recoverable error*/
#define TIMER_CONFIGURATION_ERROR       0x2000e  /*recoverable error*/
#define TP200_HW_CONFIGURATION_ERROR    0x2000f  /*fatal error*/
#define SC_BUS_ERROR                    0x20010  /*fatal error*/
#define MVIP_BUS_ERROR                  0x20011  /*fatal error*/
#define INVALID_TDM_BUS_SPEED_ERROR     0x20012  /*fatal error*/
#define RX_OVERFLOW_ERROR               0x20013  /*info message*/
#define RESTARTING_DSP_DUE_TO_CRASH     0x20014  /*recoverable error*/
#define MGCP_CALL_AGENT_UNREACHABLE_ERROR 0x20015 /*recoverable error*/
#define INVALID_MGCP_CALL_AGENT_ERROR   0x20016  /*fatal error*/
#define MGCP_PACKET_TOO_LARGE_ERROR     0x20017  /*recoverable error*/ 
#define LATE_IDLE_ACK_ERROR             0x20018	 /*fatal error*/
#define WATCHDOG_ERROR                  0x20019	 /*fatal error*/
#define INVALID_NAT_CONFIGURATION_ERROR 0x2002a  /*recoverable error*/
#define TPNCP_PACKET_TOO_LARGE_ERROR    0x20020  /*recoverable error*/ 
#define TPNCP_IP_UNREACHABLE_ERROR      0x20021  /*recoverable error*/ 
#define CHANNEL_CLOSED_INTERNALLY_ERROR 0x2002b  /*recoverable error*/
#define TP400_HW_CONFIGURATION_ERROR    0x2002c  /*fatal error*/
#define PSOS_TASK_ERROR                 0x2002d  /*fatal error*/
#define INVALID_PCM_TIMESLOT_ERROR		0x2002e  /*fatal error*/
#define AGG_IP_UNREACHABLE_ERROR        0x2002f  /*recoverable error*/ 
/* Guys - 0x20030 - it's free... */ 
#define L2TP_PACKET_TOO_LARGE_ERROR     0x20031  /*recoverable error*/
#define L2TP_PACKET_UNKNOWN_TYPE_ERROR  0x20032  /*recoverable error*/
#define TPNCP_ATM_USER_TYPE_ERROR       0x20033  /*fatal error */  
#define HB_IP_UNREACHABLE_ERROR         0x20034  /*recoverable error*/ 
#define TPNCP_VERSION_ERROR							0x20035	 /*recoverabel error*/
/*error codes - PCIIF*/
#define PACKET_BD_RING_OVERRUN_ERROR    0x21001	 /*recoverable error*/
#define PACKET_BUFFER_OVERRUN_ERROR     0x21002	 /*recoverable error*/
#define STATUS_BD_RING_OVERRUN_ERROR    0x21003	 /*recoverable error*/
#define STATUS_BUFFER_OVERRUN_ERROR     0x21004	 /*recoverable error*/
#define VOICE_PROMPT_TOO_BIG_ERROR      0x21005	 /*recoverable error*/
#define OPEN_CHANNEL_CMD_FAILURE        0x21006	 /*recoverable error*/
#define CLOSE_CHANNEL_CMD_FAILURE       0x21007	 /*recoverable error*/
#define ACTIVATE_RTP_CMD_FAILURE        0x21008	 /*recoverable error*/
#define DIAL_CMD_FAILURE                0x21009	 /*recoverable error*/
#define ADD_VOICE_PROMPT_CMD_FAILURE    0x2100a	 /*recoverable error*/
#define PLAY_VOICE_PROMPT_CMD_FAILURE   0x2100b	 /*recoverable error*/
#define CHANGE_CHANNEL_CMD_FAILURE      0x2100c	 /*recoverable error*/
#define UNKOWNEN_PCI_CMD_ERROR          0x2100d  /*recoverable error*/
#define RTCP_SET_EXT_FAILURE            0x2100e	 /*recoverable error*/ 
#define ARP_WAITING_LIST_FULL_ERROR     0x2100f  /*recoverable error*/ 
#define ISDN_PLACE_CALL_CMD_ERROR       0x21010  /*recoverable error*/  
#define ISDN_ANSWER_CALL_CMD_ERROR      0x21011  /*recoverable error*/ 
#define ISDN_RELEASE_CALL_CMD_ERROR     0x21012  /*recoverable error*/ 
#define ISDN_INIT_CMD_ERROR             0x21013  /*recoverable error*/ 
#define ISDN_SEND_ALERT_CMD_ERROR       0x21014  /*recoverable error*/ 
#define ISDN_SEND_CALL_PROCEEDING_CMD_ERROR 0x21015  /*recoverable error*/ 
#define ISDN_SEND_LINE_INFO_CMD_ERROR   0x21016  /*recoverable error*/ 
#define PSTN_SEND_ALARM_CMD_ERROR       0x21017  /*recoverable error*/ 
#define SEND_CAS_CMD_FAILURE            0x21018  /*recoverable error*/  
#define PSTN_ACTIVATE_LOOP_CMD_ERROR    0x21019  /*recoverable error*/  
#define SUM_ADDITIONAL_TS_CMD_FAILED    0x2101a  /*recoverable error*/
#define STOP_SUM_ADDITIONAL_TS_CMD_FAILED 0x2101b  /*recoverable error*/
#define CHANNEL_ADDITIONAL_TS_OCCUPIED  0x2101c  /*recoverable error*/
#define ISDN_DISCONNECT_CALL_CMD_ERROR  0x21020  /*recoverable error*/ 
#define ISDN_RESTART_RQUEST_CMD_ERROR   0x21021  /*recoverable error*/ 
#define TRUNK_CONFIGURATION_ERROR       0x21022  /*recoverable error*/  
#define FATAL_ERROR_SIMULATION          0x21023  /*Fatal Error*/
#define CONFIGURATION_TABLE_DOWNLOAD_ERROR  0x21024  /*fatal error*/
#define CONFIGURATION_TABLE_MALLOC_ERROR    0x21025  /*fatal error*/
#define PLAY_CALL_PROGRESS_TONE_CMD_FAILURE 0x21026  /*recoverable error*/
#define INVALID_PCI_CMD_SEQUENCE_ERROR  0x21027  /*recoverable error*/
#define TEST_IP_CONECTION_CMD_FAILURE   0x21028	 /*recoverable error*/
#define GET_BOARD_STATUS_CMD_FAILURE   0x21029	 /*recoverable error*/
#define SET_TPNCP_SERVER_CMD_FAILURE   0x2102a	 /*recoverable error*/
#define RESET_BOARD_CMD_FAILURE   0x2102b	 /*recoverable error*/
#define STOP_DIAL_CMD_FAILURE           0x2102c  /*recoverable error*/
#define STOP_CALL_PROGRESS_TONE_CMD_FAILURE 0x2102d /*recoverable error*/
#define STOP_SENDING_CAS_CMD_FAILURE    0x2102e  /*recoverable error*/
#define STOP_VOICE_PROMPT_CMD_FAILURE   0x2102f  /*recoverable error*/
#define TPNCP_MALLOC_ERROR              0x21030  /*fatal error*/
/* the rest of the errors begin with 0x41000*/
/*error codes - TDMSwitching*/
#define MAKE_LOCAL_TO_H110_CONNECTION_ERROR   0x21031	 /*recoverable error*/
#define MAKE_H110_TO_LOCAL_CONNECTION_ERROR   0x21032	 /*recoverable error*/
#define MAKE_LOCAL_TO_LOCAL_CONNECTION_ERROR  0x21033	 /*recoverable error*/
#define BREAK_H110_TO_LOCAL_CONNECTION_ERROR  0x21034	 /*recoverable error*/
#define BREAK_LOCAL_TO_LOCAL_CONNECTION_ERROR 0x21035	 /*recoverable error*/
#define BREAK_LOCAL_TO_H110_CONNECTION_ERROR  0x21036	 /*recoverable error*/
#define BREAK_INPUT_BUS_ERROR           0x21037	 /*recoverable error*/
#define BREAK_OUTPUT_ERROR              0x21038	 /*recoverable error*/
#define MAKE_TDM_CON_CMD_FAILURE        0x21039	 /*recoverable error*/
#define BREAK_TDM_CON_CMD_FAILURE       0x21040	 /*recoverable error*/
#define TDM_QUERY_CON_CMD_FAILURE       0x21041	 /*recoverable error*/
#define TDM_QUERY_CONNECTION_ERROR      0x21042	 /*recoverable error*/
#define END_OF_TAG_LIST_ERROR           0x21043	 /*recoverable error*/
#define MAKE_CONNECTION_ERROR           0x21044	 /*recoverable error*/
#define BREAK_H110_TO_H110_CONNECTION_ERROR   0x21045	 /*recoverable error*/
#define TDM_SWITCHING_CID_CONVERT_ERROR   0x21046	 /*recoverable error*/
#define TDM_INJECT_PATTERN_CMD_FAILURE  0x21047	 /*recoverable error*/
#define TDM_SAMPLE_INPUT_CMD_FAILURE    0x21048	 /*recoverable error*/ 
#define SET_HOOK_CMD_FAILURE            0x21050  /*recoverable error*/
#define PCI_SET_BOOTP_AND_RESET_BOARD_CMD_FAILURE 0x21051	 /*recoverable error*/
#define GENERATE_CALLER_ID_CMD_FAILURE  0x21052  /*recoverable error*/
#define CLOSE_TPNCP_SERVER_CMD_FAILURE  0x21053  /*recoverable error*/
#define PCI_LOAD_NEW_BOOT_CMD_FAILURE   0x21054   /*recoverable error*/
#define STOP_CALLER_ID_CMD_FAILURE		0x21055  /*recoverable error*/
/*error codes - PSTNPCIIF*/
#define CAS_PLACE_CALL_CMD_ERROR		0x22000  /*recoverable error*/
#define CAS_ANSWER_CALL_CMD_ERROR		0x22001  /*recoverable error*/
#define CAS_RELEASE_CALL_CMD_ERROR		0x22002  /*recoverable error*/
#define CAS_DISCONNECT_CALL_CMD_ERROR	0x22003  /*recoverable error*/
#define CAS_INIT_CMD_ERROR				0x22004  /*recoverable error*/
#define CAS_RESTART_RQUEST_CMD_ERROR	0x22005  /*recoverable error*/
#define CAS_BLOCK_CHANNEL_RQUEST_CMD_ERROR	0x22006  /*recoverable error*/
#define CAS_COUNTER_ERROR				0x22007  /*recoverable error*/
#define CREATE_AUDIT_PACKETS_QUEUE_ERROR	0x22008  /*recoverable error*/
#define CREATE_AUDIT_PACKETS_TASK_ERROR	0x22009  /*recoverable error*/
#define START_AUDIT_PACKETS_TASK_ERROR	0x22010  /*recoverable error*/
#define RECEIVE_AUDIT_PACKETS_ERROR		0x22011  /*recoverable error*/
#define PSTN_QUERY_CALL_STATE_CMD_ERROR	0x22012  /*recoverable error*/
#define	PSTN_DBG_INFO					0x22013  /* info message */
#define PSTN_SET_TRACE_LEVEL_ERROR		0x22014  /*recoverable error*/
#define PSTN_MODIFY_E1T1_SPAN_ERROR		0x22015  /*recoverable error*/
#define PSTN_CHANGE_CLOCK_SOURCE_ERROR	0x22016  /*recoverable error*/
#define PSTN_QUERY_D_CH_STATE_CMD_ERROR 0x22017  /*recoverable error*/
/*error codes PSTN library CAS and initialization */
#define PSTN_DIFFERENT_PROTOCOLS_ERROR			0x23001  /* g recoverable error*/
#define PSTN_DELETE_TASKS_ERROR					0x23002  /* g recoverable error*/
#define PSTN_CREATE_TASKS_ERROR					0x23003  /* g recoverable error*/
#define CAS_DIAL_METHOD_NOT_SUPPORTED_ERROR		0x23004  /* g recoverable error*/
#define ISDN_STARTED_FAIL						0x23005  /* g recoverable error*/
#define CAS_SIGNALING_TASK_ERROR				0x23006  /* g recoverable error*/
#define PH_BG_Task_ERROR						0x23007  /* g recoverable error*/
#define WRONG_D_CHANNEL_CONFIGURATION			0x23008  /* g recoverable error*/
#define ILLEGAL_D_CHANNEL_CONFIG_FOR_PROTOCOL	0x23009  /* g recoverable error*/
#define SEND_CAS_AUDIT_PACKET_ERROR				0x23010  /*recoverable error*/
#define INCOMPATIBLE_CAS_TABLE_ERROR            0x23011  /*recoverable error*/ 
#define LOOP_DETECTION_TASK_ERROR				0x23012  /* g recoverable error*/
#define PSTN_WRONG_COMMAND_ERROR	            0x23013  /*recoverable error*/ 
#define PSTN_TRUNK_CONFIGURATION_ERROR          0x23013  /*recoverable error*/ 
/*error codes PSTN library ISDN call control */
#define ISDN_PLACE_IMP_CONNID_ERROR				0x23101  /*  recoverable error*/
#define ISDN_PLACE_IMP_TRUNK_ERROR				0x23102  /*  recoverable error*/
#define ISDN_PLACE_IMP_BCHANNEL_ERROR			0x23103  /*  recoverable error*/
#define ISDN_PLACE_IMP_STATE_ERROR				0x23104  /*  recoverable error*/
#define ISDN_ANSWER_IMP_STATE_ERROR				0x23105  /*  recoverable error*/
#define ISDN_RELEASE_IMP_STATE_ERROR			0x23106  /*  recoverable error*/
#define ISDN_ALERT_IMP_STATE_ERROR				0x23107  /*  recoverable error*/
#define ISDN_PROCEEDING_IMP_STATE_ERROR			0x23108  /*  recoverable error*/
#define ISDN_DISCONNECT_IMP_STATE_ERROR			0x23109  /*  recoverable error*/
#define ISDN_RCV_DISCONNECT_IMP_STATE_ERROR		0x23110  /*  recoverable error*/
#define ISDN_RCV_RELEASED_IMP_STATE_ERROR		0x23111  /*  recoverable error*/
#define ISDN_RCV_CONNECTACK_IMP_STATE_ERROR		0x23112  /*  recoverable error*/
#define ISDN_RCV_SETUP_IMP_STATE_ERROR			0x23113  /*  recoverable error*/
#define ISDN_RCV_ALERT_IMP_STATE_ERROR			0x23114  /*  recoverable error*/
#define ISDN_RCV_PROCEEDING_IMP_STATE_ERROR		0x23115  /*  recoverable error*/
#define ISDN_RCV_PROGRESS_IMP_STATE_ERROR		0x23116  /*  recoverable error*/
#define ISDN_RCV_PROCEEDING_PROGRESS_TYPE_ERROR	0x23117  /*  recoverable error*/
#define ISDN_OVLP_DIGIT_IN_IMP_STATE_ERROR		0x23118  /*  recoverable error*/
#define ISDN_PROGRESS_IMP_STATE_ERROR			0x23119  /*  recoverable error*/
#define ISDN_OVERLAP_IMP_STATE_ERROR			0x23120  /*  recoverable error*/
#define SEND_ISDN_AUDIT_PACKET_ERROR			0x23121  /*recoverable error*/
#define ISDN_WRONG_NFAS_CONFIGURATION_ERROR		0x23122  /*recoverable error*/
#define ISDN_VARNIANT_NOT_IN_RAMHEX_ERROR 		0x23123  /*recoverable error*/
#define ISDN_TERMINATION_SIDE_BOARDPARAMS_ERROR 0x23124  /*recoverable error*/
#define ISDN_RAW_DATA_Q931_IN_ERROR				0x23125  /*  recoverable error*/
#define ISDN_FACILITY_IN_ERROR					0x23126  /*  recoverable error*/
#define ISDN_ERROR_IND									0x23127  /*  recoverable error*/
/*error codes PSTN library CAS call control */
#define CAS_ADD_EVENT_OVERRUN_ERROR				0x23150  /* g recoverable error*/
#define CAS_TIMER_LINKED_LIST_ERROR				0x23151  /* g recoverable error*/
#define CAS_SIGNALING_EXPECTED_NUM_OF_DIGIT_ERROR	0x23152  /* g recoverable error*/
#define CAS_SIGNALING_DIGIT_ERROR				0x23153  /* g recoverable error*/
#define CAS_DIGIT_TOO_LONG_ERROR				0x23154 /* g recoverable error*/
#define CAS_DIGIT_TOO_SHORT_ERROR				0x23155  /* g recoverable error*/
#define CAS_DIAL_DTMF_ADDRESS_ERROR				0x23156  /* g recoverable error*/
#define CAS_DIAL_MF_ADDRESS_ERROR				0x23157  /* g recoverable error*/
#define CAS_RECEIVE_MF_FWD_ERROR				0x23158  /* g recoverable error*/
#define CAS_RECEIVE_MF_BWD_ERROR				0x23159  /* g recoverable error*/
#define CAS_SEND_MF_FWD_ADDRESS_ERROR			0x23160  /* g recoverable error*/
#define CAS_SEND_SPECIFIC_MF_ADDRESS_ERROR		0x23161  /* g recoverable error*/
#define CAS_SEND_MF_ADDRESS_GO_BACK_INDEX_ERROR	0x23162  /* g recoverable error*/
#define CAS_SEND_MF_FWD_ANI_ERROR				0x23163  /* g recoverable error*/
#define CAS_DIAL_MF_ERROR						0x23164  /* g recoverable error*/
#define CAS_SEND_MF_SOURCE_CATEGORY_ERROR		0x23165  /* g recoverable error*/
#define CAS_START_PLAY_PROGRESS_TONE_ERROR		0x23166  /* g recoverable error*/
#define CAS_STOP_PLAY_PROGRESS_TONE_ERROR		0x23167  /* g recoverable error*/
#define CAS_WRONG_PROCESS_PROGRESS_TONE			0x23168  /* g recoverable error*/
#define CAS_SEND_CHANGE_CAS_DURING_DEST_ADDRESS	0x23169  /* g recoverable error*/
#define CAS_DISCONNECT_CALL_ERROR				0x23170  /* g recoverable error*/
#define CAS_ACCEPT_CALL_ERROR					0x23171  /* g recoverable error*/
#define CAS_RELEASE_CALL_ERROR					0x23172  /* g recoverable error*/
#define CAS_ANSWER_CALL_ERROR					0x23173  /* g recoverable error*/
#define	CAS_SEND_MF_TRANSFER_CAPABILITY_ERROR	0x23174  /* g recoverable error*/
#define	CAS_CHANGE_COLLECT_TPYE_ERROR			0x23175  /* g recoverable error*/
#define	CAS_USING_CID_ERROR						0x23176  /* g recoverable error*/
#define CAS_INVALID_CHANNEL						0x23177
#define CAS_RESTART_CHANNEL_ERROR				0x23178
#define CAS_SEND_SS5_SIGNAL_ERROR				0x23179
/*error codes PSTN library LoopBack control */
#define PSTN_LOOPBACK_RELAYED_ERROR				0x23201  /*  recoverable error*/
#define PSTN_TRAP_FATAL_ERROR					0x23141  /* g recoverable error*/
#define PSTN_ACCEPT_CALL_ERROR					0x23142  /* g recoverable error*/
/*error codes PSTN library V5 call control */
#define V5_PLACE_CALL_ERROR						0x23251  /* recoverable error */
#define V5_ESTABLISH_ACK_ERROR					0x23252  /* recoverable error */
#define V5_ALLOC_CO_ERROR						0x23253  /* recoverable error */
#define V5_DE_ALLOC_CO_ERROR					0x23254  /* recoverable error */
#define V5_SEND_SIGNAL_ERROR					0x23255  /* recoverable error */
#define V5_SEND_RESOURCE_UNAVAILABLE_SIGNAL_ERROR	0x23256  /* recoverable error */
#define V5_AN_FAULT_ERROR						0x23257  /* recoverable error */
#define	V5_GET_ALARM_STATUS_ERROR				0x23258  /* recoverable error */
#define	V5_GET_PORT_STATUS_ERROR				0x23259  /* recoverable error */
#define	V5_PORT_CONTROL_REQUEST_ERROR			0x23260  /* recoverable error */
/*error codes - MGCPHal*/
#define INVALID_MGCP_COMMAND_ERROR      0x24000  /*recoverable error*/
#define MGCP_SOCKET_ERROR               0x24001  
/*error codes - MEGACOHal*/
#define MEGACO_SOCKET_ERROR             0x24100
#define INVALID_MEGACO_COMMAND_ERROR    0x24101
/*error codes for fax relay*/
#define EIGHT_SEC_TIMEOUT_BEFORE_DCN_ERROR   0x25001
#define ILLEGAL_COMMAND_ERROR                0x25002
#define RECEIVER_OUTPUT_OVERFLOW_ERROR       0x25004
#define TRANSMITTER_DATA_ENDED_ERROR         0x25008
#define TRANSMITTER_INPUT_OVERFLOW_ERROR     0x25010
#define JITTER_TOO_BIG_ERROR                 0x25020
#define ILLEGAL_ERROR_CODE_ERROR             0x25040
/* error codes for TFTP and configuration file loading */
#define CONFIG_FILE_HANDLER_ERROR_FLOOR      0x26000
#define TFTP_FAIL_TO_INITIALIZE_ERROR        0x26000	/*fatal error*/
#define TFTP_FAIL_TO_OPEN_ERROR              0x26001	/*fatal error*/
#define TFTP_FAIL_TO_READ_ERROR				 0x26002	/*fatal error*/
#define TFTP_FAIL_TO_CLOSE_ERROR             0x26003	/*fatal error*/
#define TFTP_FAIL_TO_LOAD_CPT_FILE_ERROR	 0x26004	/*fatal error*/
#define TFTP_FAIL_TO_LOAD_CAS_FILE_ERROR	 0x26005	/*fatal error*/
#define TFTP_FAIL_TO_LOAD_VP_FILE_ERROR		 0x26006	/*fatal error*/
#define TFTP_FAIL_TO_LOAD_FXO_COEF_FILE_ERROR 0x26007	/*fatal error*/
#define TFTP_FAIL_TO_LOAD_FXS_COEF_FILE_ERROR 0x26008	/*fatal error*/
#define TFTP_FAIL_TO_LOAD_BOOT_FILE_ERROR    0x26009	/*Recoverable error*/
#define TFTP_INVALID_PARAMETER_ERROR         0x26100	/*Recoverable error*/
#define TFTP_INVALID_VALUE_ERROR			 0x26200	/*Recoverable error*/
/* error codes for FLASH Errors */
#define FLASH_FAIL_TO_ERASE_ERROR				0x27000	/*fatal error*/
#define FLASH_FAIL_TO_READ_ERROR 				0x27001	/*fatal error*/
#define FLASH_FAIL_TO_WRITE_ERROR				0x27002	/*fatal error*/
#define FLASH_FAIL_TO_READ_CPT_FILE_ERROR		0x27003	/*fatal error*/
#define FLASH_FAIL_TO_READ_VP_FILE_ERROR		0x27004	/*fatal error*/
#define FLASH_FAIL_TO_READ_CAS_FILE_ERROR		0x27005	/*fatal error*/
#define FLASH_TRYING_TO_WRITE_1MB_FLASH_ERROR	0x27006	/*fatal error*/
#define FLASH_VERSION_MISMATCH_ERROR			0x27007	/*recoverable error*/
#define FLASH_CMP_FILE_ERROR					0x27008	/*recoverable error*/
/* error codes for EEPROM Errors */
#define EEPROM_NO_BOOT_PARAMETERS_ERROR			0x28000	/*fatal error*/
#define EEPROM_NO_SYSVARS_PARAMETERS_ERROR		0x28001	/*recoverable error*/
#define EEPROM_NO_BSPVARS_PARAMETERS_ERROR		0x28002	/*recoverable error*/
#define EEPROM_NO_APPVARS_PARAMETERS_ERROR		0x28003	/*recoverable error*/
#define CONFIG_FILE_HANDLER_ERROR_ROOF			0x28FFF
/* error codes for T8100 Errors */
#define WRITE_TO_T8100_REGISTER_CMD_ERROR    0x29000	/*  recoverable error*/
#define READ_FROM_T8100_REGISTER_CMD_ERROR   0x29001	/*  recoverable error*/
/* ATM error codes */
#define ATM_OPEN_VCC_CMD_FAILURE			 0x33000	/*recoverable error*/
#define ATM_MODIFY_VCC_CMD_FAILURE		     0x33001	/*recoverable error*/
#define ATM_CLOSE_VCC_CMD_FAILURE			 0x33002	/*recoverable error*/
#define ATM_TX_OVERRUN						 0x33003    /* An over-run condtion occured in transmit */
#define ATM_TX_OUT_OF_BUFFERS				 0x33004
#define ATM_INIT_FAILED					     0x33005
#define ACTIVATE_ATM_CMD_FAILURE             0x33006	/*recoverable error*/
#define ATM_SEND_OAM_LP_FAILED               0x33007   /*recoverable error*/
#define ATM_PHY_POLLING_FAILED				 0x33008	/*recoverable error*/
#define ATM_TX_AAL5_OVERRUN					 0x33009	/*recoverable error*/
#define ATM_CLOSE_VCC_FAILED                0x3300A /*recoverable error*/
#define ATM_QUERY_VCC_STAT_FAILED           0x3300B /*recoverable error*/
/* FileToIP/MCC error codes */
#define FILE_PLAY_TO_IP_CMD_FAILURE			 0x34000	/*recoverable error*/
#define FILE_RECORD_FROM_IP_CMD_FAILURE		 0x34001	/*recoverable error*/
#define FILE_STOP_PLAY_TO_IP_CMD_FAILURE	 0x34002	/*recoverable error*/
#define FILE_STOP_RECORD_FROM_IP_CMD_FAILURE 0x34003	/*recoverable error*/
#define FILE_PLAY_TO_IP_UNDERUN_ERROR		 0x34004	/*recoverable error*/
/* Conference error codes */
#define OPEN_CONFERENCE_CMD_FAILURE							0x35000		/*recoverable error*/
#define CLOSE_CONFERENCE_CMD_FAILURE						0x35001		/*recoverable error*/
#define CHANGE_CONFERENCE_PARAMS_CMD_FAILURE				0x35002		/*recoverable error*/
#define ADD_CONFERENCE_PARTICIPANT_CMD_FAILURE				0x35003		/*recoverable error*/
#define DELETE_CONFERENCE_PARTICIPANT_CMD_FAILURE			0x35004		/*recoverable error*/
#define DELETE_ALL_CONFERENCE_PARTICIPANTS_CMD_FAILURE		0x35005		/*recoverable error*/
#define MUTE_CONFERENCE_PARTICIPANT_CMD_FAILURE				0x35006		/*recoverable error*/
#define CHANGE_CONFERENCE_PARTICIPANT_PARAMS_CMD_FAILURE	0x35007		/*recoverable error*/
#define MAX_MASTER_USERS_OVERFLOW_ERROR						0x35008		/*recoverable error*/
#define COACH_CONFERENCE_PARTICIPANT_CMD_FAILURE			0x35009		/*recoverable error*/
#define QUERY_CONFERENCE_INFO_CMD_FAILURE					0x3500A		/*recoverable error*/
#define QUERY_CONFERENCE_PARTICIPANT_INFO_CMD_FAILURE		0x3500B		/*recoverable error*/
#define QUERY_CONFERENCE_GENERAL_REPORT_CMD_FAILURE			0x3500C		/*recoverable error*/
/*error codes for fax relay*/
#define EIGHT_SEC_TIMEOUT_BEFORE_DCN   0x0001
#define ILLEGAL_COMMAND            0x0002
#define RECEIVER_OUTPUT_OVERFLOW   0x0004
#define TRANSMITTER_DATA_ENDED     0x0008
#define TRANSMITTER_INPUT_OVERFLOW 0x0010
#define JITTER_TOO_BIG             0x0020
#define ILLEGAL_ERROR_MASK         0xFFC0
#if FAX_TERMINATION_SUPPORTED
/* IP_MEDIA Fax Termination */
/* Error Base code for Fax Termination */
#define T30_FAX_TERM_ERR_BASE   0x35100
/* T30_FAX_TERM_ERR_ definitions */
/***********************************************************
General Errors - from P30_DEF.h
***********************************************************/
#define T30_FAX_TERM_ERR_RESOURCE                    T30_FAX_TERM_ERR_BASE + 0  /*  recoverable error*/
#define T30_FAX_TERM_CONNECT_FAILED                  T30_FAX_TERM_ERR_BASE + 1  /*  recoverable error*/
#define T30_FAX_TERM_ALREADY_ACTIVE                  T30_FAX_TERM_ERR_BASE + 2  /*  recoverable error*/
#define T30_FAX_TERM_NOT_ACTIVE                      T30_FAX_TERM_ERR_BASE + 3  /*  recoverable error*/
#define T30_FAX_TERM_NEGOTIATION_FAILED              T30_FAX_TERM_ERR_BASE + 4  /*  recoverable error*/
#define T30_FAX_TERM_NO_MORE_LICENSES                T30_FAX_TERM_ERR_BASE + 5  /*  recoverable error*/
#define T30_FAX_TERM_NO_LICENSE                      T30_FAX_TERM_ERR_BASE + 6  /*  recoverable error*/
#define T30_FAX_TERM_LICENSE_ALREADY_ALLOC           T30_FAX_TERM_ERR_BASE + 7  /*  recoverable error*/
#define T30_FAX_TERM_ERR_QUEUE_EMPTY                 T30_FAX_TERM_ERR_BASE + 8  /*  recoverable error*/
#define T30_FAX_TERM_ERR_FILE_EXISTS                 T30_FAX_TERM_ERR_BASE + 9  /*  recoverable error*/
#define T30_FAX_TERM_ERR_FILE_NOT_FOUND              T30_FAX_TERM_ERR_BASE + 10  /*  recoverable error*/
#define T30_FAX_TERM_ERR_BAD_FILE_FORMAT             T30_FAX_TERM_ERR_BASE + 11  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_DOC                 T30_FAX_TERM_ERR_BASE + 12  /*  recoverable error*/
#define T30_FAX_TERM_ERR_QUEUE_TOO_LATE              T30_FAX_TERM_ERR_BASE + 13  /*  recoverable error*/
#define T30_FAX_TERM_ERR_SESSION_FAILED              T30_FAX_TERM_ERR_BASE + 14  /*  recoverable error*/
#define T30_FAX_TERM_ERR_UNSUPPORTED                 T30_FAX_TERM_ERR_BASE + 15  /*  recoverable error*/
#define T30_FAX_TERM_ERR_OPEN_QUEUE_FAILED           T30_FAX_TERM_ERR_BASE + 16  /*  recoverable error*/
#define T30_FAX_TERM_ERR_BAD_PAGE_SIZE               T30_FAX_TERM_ERR_BASE + 17  /*  recoverable error*/
#define T30_FAX_TERM_ERR_FILE_IO_FAILURE             T30_FAX_TERM_ERR_BASE + 18  /*  recoverable error*/
#define T30_FAX_TERM_ERR_CONVERSION_REQUIRED         T30_FAX_TERM_ERR_BASE + 19  /*  recoverable error*/
#define T30_FAX_TERM_ERR_CHECK_BAD_LINES             T30_FAX_TERM_ERR_BASE + 20  /*  recoverable error*/
#define T30_FAX_TERM_ERR_CHECK_DIFF_ATTRIB           T30_FAX_TERM_ERR_BASE + 21  /*  recoverable error*/
#define T30_FAX_TERM_ERR_NO_MORE_DOCUMENTS           T30_FAX_TERM_ERR_BASE + 22  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INCORRECT_LIBRARY_VER       T30_FAX_TERM_ERR_BASE + 23  /*  recoverable error*/
#define T30_FAX_TERM_ERR_RATE_TOO_LOW                T30_FAX_TERM_ERR_BASE + 24  /*  recoverable error*/
#define T30_FAX_TERM_ERR_QUEUE_OVERFLOW              T30_FAX_TERM_ERR_BASE + 25  /*  recoverable error*/
#define T30_FAX_TERM_ERR_ALREADY_ATTACHED            T30_FAX_TERM_ERR_BASE + 26  /*  recoverable error*/
#define T30_FAX_TERM_ERR_IMAGE_RECEIVE_FAIL          T30_FAX_TERM_ERR_BASE + 27  /*  recoverable error*/
#define T30_FAX_TERM_ERR_OUT_OF_MEMORY               T30_FAX_TERM_ERR_BASE + 28  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_SESSION             T30_FAX_TERM_ERR_BASE + 29  /*  recoverable error*/
#define T30_FAX_TERM_ERR_BAD_ARGUMENT                T30_FAX_TERM_ERR_BASE + 30  /*  recoverable error*/
#define T30_FAX_TERM_ERR_NO_FAX_RESOURCES            T30_FAX_TERM_ERR_BASE + 31  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_QUEUE               T30_FAX_TERM_ERR_BASE + 32  /*  recoverable error*/
#define T30_FAX_TERM_ERR_DOCUMENT_NOT_FOUND          T30_FAX_TERM_ERR_BASE + 33  /*  recoverable error*/
#define T30_FAX_TERM_ERR_QUEUE_CORRUPTED             T30_FAX_TERM_ERR_BASE + 34  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_Q_TYPE              T30_FAX_TERM_ERR_BASE + 35  /*  recoverable error*/
#define T30_FAX_TERM_ERR_FUNCTION_NOT_IMPLEMENTED    T30_FAX_TERM_ERR_BASE + 36  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_EVENT               T30_FAX_TERM_ERR_BASE + 37  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_CH_ID               T30_FAX_TERM_ERR_BASE + 38  /*  recoverable error*/
#define T30_FAX_TERM_INFO_TRACE                      T30_FAX_TERM_ERR_BASE + 39  /*  Info */ 
/****************************************************************
Security or resource related errors
may need modification for some implemenations
****************************************************************/
#define T30_FAX_TERM_ERR_CPCD_BUSY                   T30_FAX_TERM_ERR_BASE + 100  /*  recoverable error*/
#define T30_FAX_TERM_ERR_FAILURE                     T30_FAX_TERM_ERR_BASE + 101  /*  recoverable error*/
#define T30_FAX_TERM_ERR_NO_RESOURCE_ASSIGNED        T30_FAX_TERM_ERR_BASE + 102  /*  recoverable error*/
#define T30_FAX_TERM_ERR_NO_CPCD_PORT                T30_FAX_TERM_ERR_BASE + 103  /*  recoverable error*/
#define T30_FAX_TERM_ERR_NO_PASSWORD                 T30_FAX_TERM_ERR_BASE + 104  /*  recoverable error*/
#define T30_FAX_TERM_ERR_MONITOR_MISSING             T30_FAX_TERM_ERR_BASE + 105  /*  recoverable error*/
#define T30_FAX_TERM_ERR_MSEC_WAS_ALLOCATED          T30_FAX_TERM_ERR_BASE + 106  /*  recoverable error*/
/****************************************************************
 FAX TERMINATION Error Codes - command failure
****************************************************************/
#define    T30_FAX_TERMINATION_SEND_FAX_CMD_FAILURE              T30_FAX_TERM_ERR_BASE + 150  /*  recoverable error*/
#define    T30_FAX_TERMINATION_RECEIVE_FAX_CMD_FAILURE           T30_FAX_TERM_ERR_BASE + 151  /*  recoverable error*/
#define    T30_FAX_TERMINATION_ANSWER_FAX_POLL_CMD_FAILURE       T30_FAX_TERM_ERR_BASE + 152  /*  recoverable error*/
#define    T30_FAX_TERMINATION_CANCEL_FAX_CMD_FAILURE            T30_FAX_TERM_ERR_BASE + 153  /*  recoverable error*/
#define    T30_FAX_TERMINATION_GET_SESSION_STATUS_CMD_FAILURE    T30_FAX_TERM_ERR_BASE + 154  /*  recoverable error*/
#define    T30_FAX_TERMINATION_GET_DOC_STATUS_CMD_FAILURE        T30_FAX_TERM_ERR_BASE + 155  /*  recoverable error*/
#define    T30_FAX_TERMINATION_OPEN_FAX_SESSION_CMD_FAILURE      T30_FAX_TERM_ERR_BASE + 156  /*  recoverable error*/
#define    T30_FAX_TERMINATION_CLOSE_FAX_SESSION_CMD_FAILURE     T30_FAX_TERM_ERR_BASE + 157  /*  recoverable error*/
#define    T30_FAX_TERMINATION_SET_PARAMS_CMD_FAILURE            T30_FAX_TERM_ERR_BASE + 158  /*  recoverable error*/
#define    T30_FAX_TERMINATION_GET_PARAMS_CMD_FAILURE            T30_FAX_TERM_ERR_BASE + 159  /*  recoverable error*/
#define    T30_FAX_TERMINATION_ADD_DOC_CMD_FAILURE               T30_FAX_TERM_ERR_BASE + 160  /*  recoverable error*/
#define    T30_FAX_TERMINATION_RESET_QUEUE_CMD_FAILURE           T30_FAX_TERM_ERR_BASE + 161  /*  recoverable error*/
#define    T30_FAX_TERMINATION_INFO                              T30_FAX_TERM_ERR_BASE + 162  /*  Info message */
#define    T30_FAX_TERMINATION_SET_RDR_DATA_CMD_FAILURE          T30_FAX_TERM_ERR_BASE + 163  /*  recoverable error*/
/****************************************************************
Conversion Errors
****************************************************************/
#define T30_FAX_TERM_ERR_INVALID_HANDLE              T30_FAX_TERM_ERR_BASE + 200  /*  recoverable error*/
#define T30_FAX_TERM_ERR_FONT_ERROR                  T30_FAX_TERM_ERR_BASE + 201  /*  recoverable error*/
#define T30_FAX_TERM_ERR_FONT_BMP_TOO_LARGE          T30_FAX_TERM_ERR_BASE + 202  /*  recoverable error*/
#define T30_FAX_TERM_ERR_FONT_TOO_LARGE              T30_FAX_TERM_ERR_BASE + 203  /*  recoverable error*/
#define T30_FAX_TERM_ERR_FONT_NOT_FOUND              T30_FAX_TERM_ERR_BASE + 204  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_PAGE_LENGTH         T30_FAX_TERM_ERR_BASE + 205  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_PAGE_TYPE           T30_FAX_TERM_ERR_BASE + 206  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_RESOLUTION          T30_FAX_TERM_ERR_BASE + 207  /*  recoverable error*/
#define T30_FAX_TERM_ERR_INVALID_ENCODING            T30_FAX_TERM_ERR_BASE + 208  /*  recoverable error*/
#define T30_FAX_TERM_ERR_CONVERT                     T30_FAX_TERM_ERR_BASE + 209  /*  recoverable error*/
#define T30_FAX_TERM_ERR_MACRO_BAD_COMMAND           T30_FAX_TERM_ERR_BASE + 210  /*  recoverable error*/
#define T30_FAX_TERM_ERR_MACRO_BAD_SYNTAX            T30_FAX_TERM_ERR_BASE + 211  /*  recoverable error*/
#endif /* FAX_TERMINATION_SUPPORTED */
/*error codes for analog IF */
#define ANALOG_IF_HOOK_CMD_FAILURE			0x36000		/*recoverable error*/
#define ANALOG_IF_FLASH_CMD_FAILURE			0x36001		/*recoverable error*/
#define SEND_QUERY_STATUS_CMD_FAILURE		0x36002		/*recoverable error*/
#define SEND_LOOP_CMD_FAILURE				0x36003		/*recoverable error*/
#define SEND_REGISTER_CMD_FAILURE			0x36004		/*recoverable error*/
#define SEND_MSG_WAIT_CMD_FAILURE			0x36005		/*recoverable error*/
#define METERING_TONE_CMD_FAILURE			0x36006		/*recoverable error*/
#define REVERSAL_POLARITY_CMD_FAILURE		0x36007		/*recoverable error*/
#define FORCE_DISCCONECT_CMD_FAILURE		0x36008		/*recoverable error*/
#define GENERATE_FLASH_CMD_FAILURE			0x36009		/*recoverable error*/
#define ANIC_INIT_FAILED					0x3600a		/*fatel error*/
#define GEN_DIST_RING_CMD_FAILURE			0x3600b		/*recoverable error*/
#define DUSLIC_INIT_FAILED					0x3600c		/*fatel error*/
#define RING_WHILE_OFF_HOOK					0x3600d		/*recoverable error*/
#define DUSLIC_CHECKSUM_READ_ERROR			0x3600e		/*recoverable error*/
#define GEN_DIST_RING_CALLER_ID_CMD_FAILURE 0x3600f		/*recoverable error*/
#define ACTIVE_HIGH_LOW_INFO				0x36010		/*infomsg*/
#define SPI_CONNECTION_ERROR				0x36011		/*fatel error*/
/* Voice Packetizer Recorder error codes */
#define RECORDER_SEND_TO_IO_FAILED           0x37000    /*recoverable error*/
#define RECORDER_GET_NEW_FRAME_PTR_FAILED    0x37001    /*recoverable error*/
#define RECORDER_DSP_RX_HANDLER_ERROR        0x37003    /*recoverable error*/
#define RECORDER_DSP_TX_HANDLER_ERROR        0x37004    /*recoverable error*/
#define RECORDER_RTP_HANDLER_ERROR           0x37005    /*recoverable error*/
#define RECORDER_EVENT_HANDLER_ERROR         0x37006    /*recoverable error*/
#define RECORDER_MALLOC_ERROR                0x37007    /*recoverable error*/
#define RECORDER_BUFFER_OVERRUN_ERROR        0x37008    /*recoverable error*/
#define RECORDER_INIT_PARAMS_FAILED          0x37009    /*recoverable error*/
#define RECORDER_CONTROL_HANDLER_FAILED      0x3700a    /*recoverable error*/
#define RECORDER_PAYLOAD_LENGTH_TOO_BIG      0x3700b    /*recoverable error*/
#define RECORDER_INVALID_BUFFER_SIZE         0x3700c    /*recoverable error*/
/* SCTP									*/
#define SCTP_BUFFER_ALLREADY_FREED           0x38000    /*recoverable error*/
#define SCTP_BUFFER_FULL					 0x38001    /*recoverable error*/
#define SCTP_INVALID_BUFFER_ID				 0x38002	/* info error	   */	
#define SCTP_OPEN_PORT_FAILED				 0X38003	/*recoverable error*/
#define SCTP_SETPROT_FAILED					 0x38004	/*recoverable error*/
#define SCTP_INIT_FAILED					 0x38005	/*recoverable error*/
#define SCTP_SEND_FAILED					 0x38006	/*recoverable error*/
#define SCTP_ABORT_FAILED					 0x38007	/*recoverable error*/
#define SCTP_BIND_FAILED					 0x38008	/*recoverable error*/
#define SCTP_INVALID_EVENT					 0x38009	/*recoverable error*/
/* LAN Query */
#define PCI_LAN_QUERY_CMD_FAILURE			 0x39000
/*Error Message Counter*/
#define TOO_MANY_CHANNALS_WITH_ERROR         0x3A000    /*recoverable error*/
#define ERROR_MESSAGE_TOO_LONG				 0x3A001    /*recoverable error*/
#define ERROR_MESSAGE_STRING				 0x3A002	/*recoverable error*/
/* Mediation error codes				*/
#define MEDIEATION_INVALID_END_POINT		 0x40000	/* info error      */
#define MEDIEATION_INVALID_USER_END_POINT    0x40001	/*recoverable error*/
/* http */
#define HTTP_FAIL_TO_LOAD_CPT_FILE_ERROR	 0x40000	/*fatal error*/
#define HTTP_FAIL_TO_LOAD_CAS_FILE_ERROR	 0x40001	/*fatal error*/
#define HTTP_FAIL_TO_LOAD_VP_FILE_ERROR		 0x40002	/*fatal error*/
#define HTTP_FAIL_TO_LOAD_FXO_COEF_FILE_ERROR 0x40003	/*fatal error*/
#define HTTP_FAIL_TO_LOAD_FXS_COEF_FILE_ERROR 0x40004	/*fatal error*/
#define HTTP_FAIL_TO_LOAD_BOOT_FILE_ERROR    0x40005	/*Recoverable error*/
#define HTTP_FAIL_TO_READ_CPT_FILE_ERROR	0x40006
#define HTTP_FAIL_TO_READ_CAS_FILE_ERROR	 0x40007	/*fatal error*/
#define HTTP_FAIL_TO_READ_VP_FILE_ERROR		 0x40008	/*fatal error*/
#define HTTP_FAIL_TO_READ_FXO_COEF_FILE_ERROR 0x40009	/*fatal error*/
#define HTTP_FAIL_TO_READ_FXS_COEF_FILE_ERROR 0x4000A	/*fatal error*/
#define HTTP_FAIL_TO_READ_BOOT_FILE_ERROR    0x4000B	/*Recoverable error*/
#define HTTP_FAIL_TO_READ_INI_FILE_ERROR    0x4000C	/*Recoverable error*/
/*error codes - PCIIF -- Continue ...*/
#define DELETE_VOICEPROMPT_CMD_FAIL			0x41000		/*recoverable error*/
#define CHANGE_PLAYBACK_PARAMS_CMD_FAILURE	0x41001		/*recoverable error*/
/***********************************************************************
    Error-handler type declerations :
  
************************************************************************/
#ifndef T_ERROR_MSG_TYPE
#define T_ERROR_MSG_TYPE
enum TErrorMsgType
{
        FatalErrorMsg,
        RecoverableErrorMsg,
        InfoMsg,
        DbgMsg
};
#endif
#ifndef T_ERROR_MSG_SOURCE
#define T_ERROR_MSG_SOURCE
enum acTErrorMsgSourceModule
{
	acUnknownOrigin=0,
	acDSPOrigin=1,
	acDSPFirmwareOrigin=2,
	acInvalidUserInputOrigin=3,
	acASN1EncDecOrigin=4,
	acVoicePacketizerOrigin=5,
	acNetworkIFOrigin=6,
	acRTOSOrigin=7,
	acTDMBusIFOrigin=8,
	acPCIIFOrigin=9,
	acRTPDecOrigin=10,
	acMissingHWOrigin=11,
	acOmnitelStack=12,
	acPSTNCAS=13,
	acPSTNAPLI=14,
	acFaxRelayOrigin=15,
	acISDNAPI=16,
	acVoiceAtomizerOrigin=17,
	acPlayFileToIPOrigin=18,
    acVpRecorderOrigin=19,
    acFaxTerminationOrigin=21,
 	acV5API=22,
	acSCTPOrigin=23,
    acSAALCP=24,
    acSAALAplic=25,
    acMediationOrigin=26    
};
#endif
/***********************************************************************
    General Declerations:
  
************************************************************************/
struct TExtendedVoiceParams
{
	char SITDetectionEnable;
};
typedef enum
{
  STATUS_OK = 0,
  STATUS_ERROR = (-1)
} RETURN_STATUS;
typedef enum
{
  CAS_DETECTION_ENABLE  = 0,
  CAS_DETECTION_DISABLE = 1
  
} CAS_DETECTION; 
typedef enum 
{
	CAS_GENERATION_SOURCE_USER	=	0,
	CAS_GENERATION_SOURCE_NETWORK	=	1
} CASGenerationSource;
 
typedef enum 
{
	FAX_RELAY_T38_SUPPORTED=0,
	RECEIVED_FAX_PAGES_NUMBER=1,
	FAX_RELAY_CALLING_SIDE=2,
	FAX_RELAY_ANSWERING_SIDE=3
}FaxRelayInfoQueryIndex;
typedef enum
{
  NOT_REQUIRED = 0,
  REQUIRED     = 1
} CMD_CH_SEND; 
/* value for BoardInitializationMethod */
enum {
	INITIALIZE_NOT_BY_PCI,
	INITIALIZE_BY_PCI
}; 
/* value for setting the TPNCP transport layer */
enum acTpncpTransportLayer
	{
	TCP_TRANSPORT,
	UDP_TRANSPORT,
	ATM_TRANSPORT
}; 
/********************************************************
   Fax Relay Definitions :
*********************************************************/
struct TFaxRelayErrorReport
{
	unsigned short FlowError;
	unsigned short FlowState;
	unsigned short BadCmd1;
	unsigned short BadCmd2;
};
/********************************************************
   Call Progress and User Defined Tones Definitions :
*********************************************************/
typedef struct
{
	unsigned int TotalEnergyThreshold;
	unsigned int LowEnergyThreshold;
	unsigned int HighEnergyThreshold;
 	unsigned int Twist;
} acTThresholds;
typedef struct
{
	unsigned int NumberOfFrequencies;
	unsigned int NumberOfSignals;
} acTFreqAndSigQuantity;
typedef struct
{
	unsigned int FrequencyLsb;
	unsigned int FrequencyMsb;
} acTExtendedSignalingFrequency;
enum acTCallProgressToneType
{
    acCallProgressDialTone                 = 1,
    acCallProgressRingingTone              = 2,
    acCallProgressBusyTone                 = 3,
    acCallProgressCongestionTone           = 4,
    acCallProgressSpecialInfoTone          = 5,
    acCallProgressWarningTone              = 6,
    acCallProgressReorderTone              = 7,
	acCallProgressConfirmationTone         = 8,
	acCallProgressWaitingTone              = 9,    /* don't cancel the voice stream */
	acUserDefinedCo1Tone                   = 10,
	acUserDefinedCo2Tone                   = 11,
	acUserDefinedOldMilliwattTone          = 12,
	acUserDefinedNewMilliwattTone          = 13,
	acUserDefinedMessageWaitingIndicator   = 14,
	acUserDefinedStutterDialTone           = 15,
	acUserDefinedStutterOffHookWarningTone = 16,
	acCallProgressWaitingTone1             = 17,   /* don't cancel the voice stream */
    acCallProgressComfortTone              = 18,
    acCallProgressNAKTone                  = 19,   /* "negative indication tone" */
    acCallProgressVacantNumberTone         = 20,
    acCallProgressSpecialConditionTone     = 21,
    acCallProgressDialTone2                = 22,   /* "second dial tone" (Recall dial tone */
    acCallProgressOnHoldTone               = 23,
    acCallProgressCallTransferDialTone     = 24,
    acCallProgressCallForwardTone          = 25,
    acCallProgressCreditCardServiceTone    = 26,
    acCallProgressSpecialRecallDialTone    = 27,
	acCallProgressAlertingTone             = 28,
	acCallProgressNetworkCongestionTone    = 29,
	acCallProgressWaitingTone2			   = 30,   /* don't cancel the voice stream */
	acCallProgressWaitingTone3			   = 31,   /* don't cancel the voice stream */
	acCallProgressWaitingTone4			   = 32    /* don't cancel the voice stream */
};
typedef struct
{
	enum acTCallProgressToneType ToneType; 
	unsigned int LowFrequencyIndex; 
	unsigned int HighFrequencyIndex;
	unsigned int FirstTOnLsb;
	unsigned int FirstTOnMsb;
	unsigned int FirstTOffLsb;
	unsigned int FirstTOffMsb;
	unsigned int SecondTOnLsb;
	unsigned int SecondTOnMsb;
	unsigned int SecondTOffLsb;
	unsigned int SecondTOffMsb;
} acTCallProgressSignalAttributes;
typedef struct
{
	unsigned int LowFrequencyIndex; 
	unsigned int HighFrequencyIndex;
} acTUserDefinedTonesAttributes;
typedef struct
{
	unsigned int LowFrequencyLevel;
	unsigned int HighFrequencyLevel;
} acTExtendedSignalingSignalLevels;
typedef struct
{
	acTThresholds Thresholds;
	acTFreqAndSigQuantity FreqAndSigQuantity;
	acTExtendedSignalingFrequency ExtendedSignalingFrequency[MAX_CALL_PROGRESS_FREQUENCIES];
	acTUserDefinedTonesAttributes UserDefinedTonesAttributes[MAX_CALL_PROGRESS_SIGNALS];
	acTExtendedSignalingSignalLevels ExtendedSignalingSignalLevels[MAX_CALL_PROGRESS_SIGNALS];
} acTUserDefinedTonesDB;
typedef struct
{
	acTThresholds Thresholds;
	acTFreqAndSigQuantity FreqAndSigQuantity;
	acTExtendedSignalingFrequency ExtendedSignalingFrequency[MAX_CALL_PROGRESS_FREQUENCIES];
	acTCallProgressSignalAttributes CallProgressSignalAttributes[MAX_CALL_PROGRESS_SIGNALS];
	acTExtendedSignalingSignalLevels ExtendedSignalingSignalLevels[MAX_CALL_PROGRESS_FREQUENCIES];
} acTCallProgressDB;
/***********************************************************************
    Common Types Declerations:
  
************************************************************************/
enum SignalIndex
{
		FREQ_1100_CNG   = 0,			   /*CNG*/
		/*SIGNAL_V21      = 3,			   /*V21 (1650)  -Not Supported by the DSP*/
		FREQ_2100       = 7,			   /*FAX/V21/V22/V23/V32	  */
		FREQ_2002_1375  = 10,		       /*V8bis(V90/V34)			  */
		FREQ_1200		= 11,			   /*Caller Id				  */
		FREQ_2100_AM	= 12,			   /*V34 FAX/V34/V90		  */
		FREQ_2100_PHASE_REVERSALS =13,	   /*V34 FAX/V32/V34/V90	  */
		DCN = 14,						   /*V21 Disconnect Fax Frame */
		PREAMBLE = 15,		               /*Fax					  */
		V8_V34			= 18			   /*V8 - Fax V.34 Answering side*/
};
enum CurrentState
{
	STATE_VOICE = 0,
		STATE_FAX = 1,
		STATE_MODEM = 2,
		STATE_MODEM_ROCK_WELL = 3,
		/*STATE_CALLER_ID = 4	-Not Supported by the DSP*/
		STATE_FAX_OR_MODEM = 4
};
/* Mediation end points enumarator */
typedef enum 
{
	TDM_END_POINT=0,
	IP_END_POINT=1,
	ATM_END_POINT=2
} TEndPoint;
/* The basic frame time (for PCM/ADPCM only) to which TxM relates */
enum TSampleBasedCodersRTPPacketInterval
{
	PACKET_INTERVAL_DEFAULT=0,
	PACKET_INTERVAL_5_MSEC=1,
	PACKET_INTERVAL_10_MSEC=2,
	PACKET_INTERVAL_20_MSEC=3
};
/* Network codes */
typedef enum
{
	VoIP_BOARD = 0,
	RAS_BOARD  = 1
} acBoardFuncType;
/* HR! Changed Network types to Channel types */
typedef enum
{
	VoIP_CHANNEL=0,
	VoATM_CHANNEL=1,
	RAS_CHANNEL=2,
      VoIPOverATM_CHANNEL=3,
	SS7_CHANNEL=4
} acTNetwork;
typedef enum
{
	FILE2NI_NONE	= 0x0,
	FILE2NI_PLAY	= 0x1,
	FILE2NI_RECORD	= 0x2
} acTFile2NI;
enum TUserDialing	/* bit wise */
{
    USER_DIALING_NONE			= 0x0,
    USER_DIALING_DIAL			= 0x1,
    USER_DIALING_CALL_PROGRESS		= 0x2,
    USER_DIALING_RX_VOICE_PROMPT	= 0x4,
    USER_DIALING_TX_VOICE_PROMPT	= 0x8,
    USER_DIALING_CALLER_ID		= 0x10
};
typedef enum acTTelephonySignalCode	/*AC37691 -the signal code should match RFC2833 specifications*/
{
	
	DTMF_EVENT_0 = 0,
	DTMF_EVENT_1 = 1,
	DTMF_EVENT_2 = 2,
	DTMF_EVENT_3 = 3,
	DTMF_EVENT_4 = 4 ,
	DTMF_EVENT_5 = 5,
	DTMF_EVENT_6 = 6,
	DTMF_EVENT_7 = 7,
	DTMF_EVENT_8 = 8,
	DTMF_EVENT_9 = 9,
	DTMF_EVENT_10 = 10,
	DTMF_EVENT_11 = 11, 
	DTMF_EVENT_A = 12,
	DTMF_EVENT_B = 13,
	DTMF_EVENT_C = 14,
	DTMF_EVENT_D = 15,
	ANALOG_HOOKFLASH = 16,
	ANALOG_NONE = 17		/* code 17 is not part of RFC2833 */					
} acTTelephonySignalCode;
enum TFaxRate
{
	Rate2400bps=0,
	Rate4800bps=1,
	Rate7200bps=2,
	Rate9600bps=3,
	Rate12000bps=4,
	Rate14400bps=5
};     
enum TFaxProtocol
{
	CompFRF11=0,   /*Fully backward compatible FRF.11 mode*/
	NonCompFRF11=1,/*Non backward compatible FRF.11 mode*/
	T38TCP=2,      /*T.38 TCP mode*/
	T38UDP=3       /*T.38 UDP mode*/
};     
enum TFaxMode
{
        NotFax=0,
        CallingFax=1,
        AnsweringFax=2,
		FaxBypass=3,
		ModemBypass=4,
		ModemRelay=5,
		UnknownFaxSide=6	/*Incase of Answering Fax with no CED,we can't be sure about the Calling or The Answering Side*/
};     
enum TTCFMode
{
	TransferredTCF=0,
	LocalTCF=1
};
enum TIFPTransport
{
	IFP_UDP=0,
	IFP_TCP=1
};
enum TFaxDetectionEventOrigin
{
	NO_FAX_DETECTED			 = -1,
	FAX_DETECTION_ORIGIN_CNG = 0,
	FAX_DETECTION_ORIGIN_V21_PREAMBLE = 1,
	FAX_DETECTION_ORIGIN_V8_V34	= 2,
	FAX_DETECTION_ORIGIN_FROM_NETWORK = 3
};
enum veNAnswerToneDetectionOrigin 
{
		NO_ANSWER_TONE_DETECTED	  = -1,
		ANSWER_TONE_ORIGIN_CED	  = 0 ,  /*2100 HZ*/
		ANSWER_TONE_ORIGIN_ANS_AM = 1 
};
/*SID*/
typedef enum
{
	SID_NUM_NO_COEFF = 0,
	SID_NUM_4_COEFF = 4,
	SID_NUM_6_COEFF = 6,
	SID_NUM_8_COEFF = 8,
	SID_NUM_10_COEFF = 10
} TSIDNumberCoefficients;
	
/* IP-MEDIA Fax Termination*/
enum TFaxEngineMode
{
    Disabled,
	Sending,
	Receiving,
	Polling
};
enum TToneDirection
{
	GENERATE_TO_LOCAL_SIDE=0,
	GENERATE_TO_NETWORK_SIDE=1
};
enum TIBSDirection
{
	DETECT_FROM_LOCAL_SIDE=0,
	DETECT_FROM_NETWORK_SIDE=1,
	BOTH_SIDE_DETECTION
};
enum TCallerIDMessageTypes
{
	    CALLER_ID_SDMF_CND           = 0x04,
        CALLER_ID_SDMF_VMWI          = 0x06,
		CALLER_ID_MDMF_CALL_SETUP    = 0x80,
		CALLER_ID_MDMF_VMWI          = 0x82,
		CALLER_ID_MDMF_PRE_COMM_DATA = 0x40
};
enum TCallerIDDataTypes
{
		CALLID_NO_TYPE,
		CALLID_MSG_TYPE,
		CALLID_MSG_LENGTH,
		CALLID_CHECKSUM_VALID,
		CALLID_CHECKSUM_INVALID,
		CALLID_PARAMETER_TYPE,
		CALLID_PARAMETER_LENGTH,
		CALLID_TIME_STRING,
		CALLID_DATE_STRING,
		CALLID_NUMBER_STRING,
		CALLID_VMWI,
		CALLID_NAME_STRING,
		CALLID_NUMBER_ABSENCE,
		CALLID_NAME_ABSENCE,
		CALLID_INVALID_TYPE,
		CALLID_RECEIVE_END,
		CALLID_CALLED_ID,
		CALLID_COMPLMNTRY_CALLING,
		CALLID_CALL_TYPE,
		CALLID_FIRST_CALLED,
		CALLID_NETWORK_STATUS,
		CALLID_FORWARD_CALL,
		CALLID_CALLING_USER,
		CALLID_REDIRECTING_NUM,
		CALLID_EXTENSION_NET,
		CALLID_COUNTRY_CODE,
		CALLID_NETWORK_CODE,
		CALLID_VERSION,
		CALLID_ORIGIN_NUM_EXPAN,
		CALLID_HEAD_FOOT
};
enum TCallerIDIndicatorStatus
{
		CALLER_ID_MDMF_VMWI_OFF = 0x00,
        CALLER_ID_SDMF_VMWI_OFF = 'o',
		CALLER_ID_MDMF_VMWI_ON = 0xFF,
		CALLER_ID_SDMF_VMWI_ON = 'B'
};
enum TCallerIDAvailReason
{
        CALLID_AVAILABLE,
	    CALLID_PRIVATE = 'P',
		CALLID_OUT_OF_RANGE = 'O'
};
enum TCallerIDAvailReasonNTT
{
	CALLID_UserDenial = 'P',
	CALLID_UnableProvide = 'O',
	CALLID_PublicPhone = 'C',
	CALLID_ServiceConflict = 'S'
};
/* Used to control geenration of Caller ID */
enum TCallerIDProgressState
{
	CALLER_ID_INACTIVE,
	CALLER_ID_STARTED,
	CALLER_ID_PROGRESS = 4,
	CALLER_ID_RELAY_RX,
	CALLER_ID_ENDED
};
enum TCallerIDParameterTypes
{
	CALLER_ID_DATE_AND_TIME			 = 0x01,
	CALLER_ID_DIR_NUM				 = 0x02,
	CALLER_ID_CALLED_LINE_IDENTITY   = 0X03,
	CALLER_ID_REASON_FOR_DN			 = 0x04,
	CALLER_ID_NAME					 = 0x07,
    CALLER_ID_REASON_FOR_NM			 = 0x08,
    CALLER_ID_VMWI_STATUS			 = 0x0B,
	CALLER_ID_COMPLEMENTARY_CALLING_LINE_IDENTITY = 0x10,
	CALLER_ID_CALL_TYPE					   = 0x11,
	CALLER_ID_FIRST_CALLED_LINE_IDENTITY   = 0x12,
	CALLER_ID_NETWORK_SYSTEM_MESAAGE_SATUS = 0x13,
	CALLER_ID_TYPE_OF_FORWARDED_CALL = 0x15,
	CALLER_ID_TYPE_OF_CALLING_USER	 = 0x16,
	CALLER_ID_ORIGINATING_NUMBER_EXPANTION = 0x21,
	CALLER_ID_REDIRECTING_NUMBER	 = 0x1A,
	CALLER_ID_CHARGE				 = 0x20,
	CALLER_ID_EXTENTION_FOR_NETWORK_OPERATOR_USE  = 0xE0
};
enum TCallerIDCallTypeParam
{
	VoiceCall      = 0,
	CLIRingBack    = 1,
	CallingName    = 2,
	CallingNameDelivery = 3,
	MessageWaiting = 0x81
};
enum TCallerIDTypeOfForwardCall
{
	Unavailble  = 0,
	Busy		= 1,
	NoReply		= 2,
	Unconditional		   = 3,
	DeflectedAfetrAlerting = 4,
	DeflectedImmediate	   = 5,
	InabilityReachMobile   = 6
};
enum TCallerIDCallingUserParam
{
	Unkown = 0,
	VPN	   = 3,
	Mobile = 4,
	MobileAndVPN = 5,
	OrdinarySubscriber = 0x0A,
	PrioritySubscriber = 0x0B,
	DataCall     = 0x0C,
	TestCall     = 0x0D,
	Payphone     = 0x0F
};
struct Extention_Net
{
	char FirstDigitCountryCode ;
	char SecondDigitCountryCode ;
	char ThirdDigitCountryCode ;
	char NetworkCode[4];
	char Version[3];
};
enum TEventType
{
	EV_NONE=0,
	EV_ERROR=1,
	EV_DIGIT=2,
	EV_TONE=3,
	EV_END_DIAL=4,
	EV_END_TONE=5,
	EV_END_VOICE_PROMPT=6,
	EV_DEBUG=7,
	EV_RTCP=8,
	EV_RTCP_CLOSE = 42,
	EV_DETECT_FAX=10,
	EV_END_FAX=11,          
	EV_DETECT_MODEM=12,
	EV_END_MODEM=13,          
	EV_ON_HOOK=14,
	EV_OFF_HOOK=15,
	EV_DETECT_FAX_PAGE=16,
	EV_CAS_CHANGED=17,
	EV_DETECT_CALL_PROGRESS_TONE=18,
	EV_END_CALL_PROGRESS_TONE=19,
	EV_BOARD_STARTED=20,
	EV_RTCP_EXT_RECEIVED=21,
	EV_DESTINATION_IP_FOUND=22,
	EV_DSP_SOFTWARE_REPLACEMENT_DONE=23,
	EV_DSP_RESTARTED=24,
	EV_DETECT_ANSWER_TONE=25,
	EV_DETECT_MODEM_RETRAIN=26,
	EV_END_MODEM_RETRAIN=27,
	EV_END_SENDING_CAS=28,
	EV_END_PLAYING_CALL_PROGRESS_TONE=29,
	EV_END_BIT=32,
	EV_KEEP_ALIVE=33,
	EV_DETECT_CALLER_ID=34,
	EV_FLASH_HOOK=35,
    EV_FAX_MODULATION_TYPE_CHANGE=36,
	EV_PING_DESTINATION_IP_FOUND=37,
    EV_LONG_DIGIT=41,
    EV_BROKEN_CONNECTION = 38,
	EV_CONNECTION_REESTABLISHED=39,
    EV_CALLER_ID_END=40,
	EV_GET_RESPONSE=43,
	EV_COMMAND_ACK=45,
	EV_SIT_DETECTED=46,
	EV_TELEPHONY_SIGNAL=47,
	EV_TELEPHONY_SIGNAL_END=48,	
    /* IPMedia */
    EV_START_OF_SPEECH=50,
    EV_END_OF_SPEECH=51,
    EV_STOP_PLAY_ON_BARGE_IN=52,
    EV_SIGNAL_BELOW_THRESHOLD = 53,
    EV_SIGNAL_ABOVE_THRESHOLD = 54,
    EV_PATTERN_DETECTED = 55,
    EV_PATTERN_STOPPED = 56,
	EV_TFO_SYNC_PATERN_DETECTED = 57,
	EV_PLAYBACK_ENDED = 58,
    /* PSTN */	
	EV_PSTN_INTERNAL_ERROR=64,
	EV_PSTN_CALL_CONNECTED=65,
	EV_PSTN_INCOMING_CALL_DETECTED=66,
	EV_PSTN_CALL_DISCONNECTED=67,
	EV_PSTN_CALL_RELEASED=68,
	EV_PSTN_REMOTE_ALERTING=69,
	EV_PSTN_STARTED=70,
	
	EV_ISDN_PROGRESS_INDICATION=72, /* ISDN only */
	EV_PSTN_PROCEEDING_INDICATION=73,
	EV_PSTN_ALARM=74,
	EV_RESERVED=75,
	EV_PSTN_LINE_INFO=76,
	EV_PSTN_LOOP_INFO=77,
	EV_PSTN_RESTART_CONFIRM=78,
	EV_ISDN_SERVICE_CHANGE=79, /* ISDN only */
	
	EV_PSTN_ERROR=80,
	
	EV_PSTN_WAITING_FOR_BG=81,
	
	EV_ISDN_DCHANNEL_STATUS=82,
	EV_ISDN_OVLP_DIGIT_IN=83,
	EV_ISDN_SETUP_ACK_IN=84,
	EV_PSTN_CALL_INFORMATION=85,
	EV_PSTN_DBG_INFO=86,
	EV_PSTN_CLOCK_SOURCE_CHANGED=87,
	EV_ISDN_RAW_DATA_Q931_IN=88,
	EV_ISDN_Q931_Relay_Mode=89,
	EV_PSTN_RESERVED_2=90,
	EV_PSTN_CONN_ID_USAGE_PERORT=91,
	EV_ISDN_FACILITY_IN=92,
	EV_ISDN_GENERIC_MSG=95,
	EV_ISDN_TRUNK_DISABLE=96,
	EV_PSTN_LAST_RECEIVED_CAS = 97,
	EV_PSTN_METERING =98,
	EV_TDM_QUERY_INFORMATION=100,	/*	switching module	*/
	EV_V5_INCOMING_CALL_DETECTED=110, /* V5 only - Start */
	EV_V5_ALLOC_INDICATION=111,
	EV_V5_DE_ALLOC_INDICATION=112,
	EV_V5_SIGNAL_REQUEST=113,
	EV_V5_CALL_RELEASED=114,
	EV_V5_ALARM=115,
	EV_V5_USER_PORT_STATUS=116,
	EV_V5_BCHANNEL_STATUS=117, /* V5 only - End */
	EV_CARRIER_SENSE_LOST=120,
	EV_CARRIER_SEND_GAINED=121,
	
	EV_CAS_SEIZURE_DETECTED=128,
	EV_CAS_CHANNEL_BLOCKED=129,
	EV_PSTN_TRACE_BUFFER=130,
	EV_PSTN_CALL_STATE_RESPONSE=131,
	EV_CAS_SEIZURE_ACK=132,
	EV_CAS_AKNOWLEDGE_WK=133,
	EV_CAS_START_WK=134,
	EV_CAS_CONTINUE_WK=135,
	EV_CAS_FLASH_HOOK=136,
    EV_NETWORK_CAS_CHANEGE=150,
    EV_NETWORK_VOICE_PACKET_CID_NOT_ACTIVE=151,
	EV_NETWORK_OAM=152,
	EV_ATM_OC3_ALARM_STATUS=153,
    EV_ATM_VCC_STATISTICS=154,
    EV_ATM_3G_RATE_CONTROL=155,
    EV_CHANNEL_INFO=160,
	EV_L2TP_CLOSE_SESSION=170,
	EV_L2TP_OPEN_SESSION=171,
	EV_L2TP_OUTGOING_CALL_REQUEST=172,
	EV_L2TP_TUNNEL_STAT=173, 
	EV_L2TP_SESSION_STAT=174, 
	EV_L2TP_QUERY_TUNNEL_PARAMETERS=175,
	EV_MODEM_CONNECT=180,
	EV_MODEM_DISCONNECT=181,
	EV_MODEM_DEBUG=182,
	EV_MODEM_STATUS=183,
    /* IP-MEDIA Fax Termination */
    /* EVENTS for the IP-Media Fax Termination */
    EV_FAX_TERMINATION_EVENT          = 190,
    EV_FAX_TERMINATION_STATUS         = 191,
    EV_FAX_TERMINATION_LOG_PRINT      = 199,
    EV_RETURN_VALUE_OF_T8100_REGISTER=200,
    EV_RETURN_VALUE_OF_TDM_SAMPLE=201,
	EV_REMOTE_BOARD_REMOVAL_PENDING = 210,
	EV_TER_PSTN_REDUNDANT_RESET_ACK = 211,
	
	EV_H100_CLK_ERROR = 214,
	EV_H100_CLK_STATUS = 215,
	EV_QUERY_CONFERENCE_INFO = 219,
	EV_QUERY_CONFERENCE_PARTICIPANT_INFO = 220,
	EV_QUERY_CONFERENCE_GENERAL_REPORT = 221,
	/* from 223 will be reserved to analog */
	EV_ANALOG1_RES = 223,
	EV_ANALOG2_RES = 224,
	EV_ANALOG3_RES = 225,
	EV_ANALOG_IF_GROUND_KEY_POLARITY_DETECTION=226,
	EV_ANALOG_IF_GROUND_KEY_DETECTION=227,
	EV_ANALOG_IF_EM_STATUS=228,
	EV_ANALOG_IF_FXO_STATUS=229,
	EV_ANALOG_IF_FXS_STATUS=230,
	EV_ANALOG_IF_FORCED_DISCONNECT_DETECTED=231,
	EV_ANALOG_IF_PCM_SYNC_FAIL=232,
	EV_ANALOG_IF_DETECT_METERING_TONE=233,
	EV_ANALOG_IF_END_METERING_TONE=234,
	EV_ANALOG_IF_OUT_OF_SERVICE=235,
	EV_ANALOG_IF_CONNECTED=236,
	EV_ANALOG_IF_REVERSAL_POLARITY_DETECTED=237,
	EV_ANALOG_IF_WINK=238,
	EV_ANALOG_IF_SEIZURE_DETECTED=239,
	EV_ANALOG_IF_REMOTE_DISCONNECT=240,
	EV_ANALOG_IF_DETECT_SIGNATURE_TEST=241,
	EV_ANALOG_IF_END_SIGNATURE_TEST=242,
	EV_ANALOG_IF_DETECT_WAITING_MESSAGE=243,
	EV_ANALOG_IF_END_WAITING_MESSAGE=244,
	EV_ANALOG_IF_RING_START=245,
	EV_ANALOG_IF_RING_END=246,
	EV_ANALOG_IF_FXO_CHECKSUM_FAILED=247,
	EV_ANALOG_IF_LOOP_CMD_DONE=248,
	EV_ANALOG_IF_REGISTER_CMD_DONE=249,
	EV_ANALOG_IF_READ_REGISTER_CMD_DONE=250,
	EV_PHY_LINK_UP = 251,
	EV_PHY_LINK_DOWN = 252,
	EV_LAN_QUERY_REPLY = 253,
	EV_LAN_PORT_SWITCHED_TO_REDUNDANT = 254,
/*   Events 251-255 reserved for backward competability to 3.8 */
    EV_SAAL_ERROR_REPORT=256,
    EV_SAAL_STATUS_REPORT=257,
    EV_SAAL_INFO_REPORT=258,
	EV_PSTN_SHORT_GENERIC_MSG=270,
	EV_PSTN_LONG_GENERIC_MSG=271,
	EV_PSTN_OMNITEL_MSG=272,
	EV_PSTN_SS7_MTP2_RESPOND_REPORT =280,
	EV_PSTN_SS7_MTP2_RESERVED_1 =281,
	EV_PSTN_SS7_MTP2_RESERVED_2 =282,
	EV_PSTN_SS7_MTP2_RESERVED_3 =283,
	EV_PSTN_SS7_MTP2_RESERVED_4 =284,
	EV_CMDSHELL_OUTPUT = 310,
	EV_PSTN_PERFORMANCE_MONITORING_RESPONSE = 320,
	EV_MGCP_TPNCP_AS_RSIP = 311
};
typedef enum 
{
    Link0ConnectID=0,
    Link1ConnectID=1
} acTSAALConnID;
typedef enum 
{
S_IDLE=1,			/* Idle state */
S_OUT_CONN=2,		/* Outgoing connection pending state */
S_IN_CONN=3,		/* Incoming connection pending state */
S_OUT_DISC=4,		/* Outgoing disconnection pending state */
S_OUT_RESYNC=5,	/* Outgoing resynchronization pending state */
S_IN_RESYNC=6,		/* Incoming resynchronization pending state */
S_OUT_RECOV=7,		/* Outgoing recovery pending state */
S_RS_RECOV=8,		/* Recovery response pending state */
S_IN_RECOV=9,		/* Incoming recovery pending state */
S_DATA_TRF_READY=10/* Data transfer ready state */
} acTSSCOPState;
typedef enum 
{
S_OUT_OF_SERVICE=1,       		  /* out of service */
S_ALIGNMENT=2,      		      /* alignment */
S_IN_SERVICE_3=3, 		          /* in service  at NNI */
S_PROVING=3,		       		  /* proving at UNI */
S_ALIGN_READY=4,       			  /* aligned ready */
S_IN_SERVICE_5=5                  /* in service */
} acTSSCFState;
typedef enum 
{
LBC_NNI_EMPTY=0, 	/* no value */
LBC_NNI_LR =11,	/* Local release */
LBC_NNI_RR =12,	/* Remote release*/
LBC_NNI_SR =13	/*SSCOP release*/
} acTSAALReportLbc;/* Low Boundry Conditions */
typedef enum 
{
REASON_NNI_EMPTY=0, /* no value */
REASON_NNI_ANS =7,/* Alignment not successful */
REASON_NNI_CC=15, /* Congestion ceased */
REASON_NNI_CD =16,/* Congestion detected */
REASON_NNI_PDUT=17, /* PDU transmitted */
REASON_NNI_PE=9, /* Protocol error*/
REASON_NNI_SREC=18, /* SSCOP recover*/
REASON_NNI_UDR=19, /* UNIT DATA received */
/* The following values are SSCF-PDU (SSCOP-UU) */
REASON_SSCF_NNI_OOS=1,/* Out of service */
REASON_SSCF_NNI_PO =2,/* Processor outage */
REASON_SSCF_NNI_INS =3,/* In service */
REASON_SSCF_NNI_NM =4,/* Normal */
REASON_SSCF_NNI_EM =5, /* emergency*/
REASON_SSCF_NNI_ANS =7,/* Alignment not successful */
REASON_SSCF_NNI_MI=8, /* Management Initiated */
REASON_SSCF_NNI_PE =9,/* Protocol error*/
REASON_SSCF_NNI_PNS =10/*Proving not successful*/
} acTSAALReportReason;
typedef enum 
{
/* Receipt of unsolicited or inappropriate PDU */
ER_SD_PDU ='A' ,
ER_BGN_PDU ='B',
ER_BGAK_PDU ='C',
ER_BGREJ_PDU ='D',
ER_END_PDU ='E',
ER_ENDAK_PDU ='F', 
ER_POLL_PDU ='G',
ER_STAT_PDU ='H',
ER_USTAT_PDU ='I', 
ER_RS_PDU ='J',
ER_RSAK_PDU ='K',
ER_ER_PDU ='L',
ER_ERAK_PDU ='M',
/* Unsuccessful retransmission */
ER_VT_CC='O', 		/* VT(CC) >= MaCC */
ER_Timer_No_Resp='P', 	/* Timer NO_RESPONSE expiry */
/* other list element error type */
ER_NS='Q', /* SD, POLL N(S) error */
ER_STAT_NPS='R', /* STAT N(PS) error */
ER_STAT_NR='S',   /* STAT N(R) or list elements error */
ER_USTAT='T',	       /* USTAT N(R) or list elements error */
ER_PDU_LEN='U',  /* PDU length violation */
/* SD loss */
ER_RET='V',	       /* SD PDUs must be retransmitted */
/* Credit condition*/
ER_LACK_CREDIT='W', /* Lack of credit */
ER_CREDIT_OBT='X' /* Credit obtained */
} acTSAALErrCode;
typedef enum 
{
UBC_NNI_EMPTY=0,	/* no value*/
UBC_NNI_ALN=14, 	/*Alignment*/
UBC_NNI_INS= 3,/* In service*/
UBC_NNI_OOS =1/*Out of service*/
} acTSAALReportUbc;/* Upper  Boundry Conditions */
typedef enum 
{
    CASRelayDisable=0,
    CASRelayTransparent=1,
    CASRelayTranslated1=2,
    CASRelayTranslated2=3,
    CASRelayTranslated3=4,
    CASRelayTranslated4=5,
    CASRelayTranslated5=6,
    CASRelayTranslated6=7
} acTAAL2CASRelayMode;
typedef enum 
{
	CASEventsOnly = 0,
	CASRFC2833Relay = 1
} acTCASMode;
typedef enum 
{
	MFEventsOnly = 0,
	MFRFC2833Relay = 1
} acTMFMode;
/*LAN Query Info*/
struct acTLanQuery
{
	char * InfoPtr;
	int InfoLen;
};
/* Caller ID detection and transport control */
enum acTCallerIDTransport
{
	CALLER_ID_DISABLE=0,
	CALLER_ID_RELAY=1,
	CALLER_ID_BYPASS=2,
	CALLER_ID_MUTE=3
};
struct acTSpecialInformationTone
{
	unsigned int firstToneDuration;
	unsigned int secondToneDuration;
	unsigned int thirdToneDuration;
};
struct acTRelayTelephonySignalInfo
{
	char			isRelayTelephonySignalActive;	/*Set to 1 on begin, Reset after duration ends  */
	char			StartSignal;					/*Indicating that a Telephony signal started*/
	int				SignalOnTime;					/*[milisec] period of active signal*/
	char			TelephonySignal;				/*Signal Code according to RFC 2833*/
	int				SignalingSystem;				/*signaling system to generate/detect this signal according to enum TSignalingType*/
};
struct acTDigit
{
	int      DigitOnTime;       /*[milisec] period of active digit*/
	int      InterDigitTime;    /*[milisec] time of silence between last and current digit*/
	int      Digit;             /*Digit Code, -1 if to be ignored*/
	int      SignalingSystem;   /*signaling system to generate/detect this digit according to enum TSignalingType*/
    int      DetectionDirection; /*=0 detection from the PCM, =1 detection from the Network*/
};     
struct acTTelephonySignal
{
    acTTelephonySignalCode   SignalCode;		/*Signal Code according to RFC2833*/
	int      DetectionDirection;	/*=0 detection from the PCM, =1 detection from the Network*/
	short	 Duration;				/*duration of the signal [msec]*/
};
struct acTCAS
{
	int      InterCASTime;     /*[msec] time between last & current CAS change*/
	int      CASValue;         /*value of CAS nibble - 0x0->0xF (D bit is LSB)*/ 
};
struct acLastReceivedCAS
{
	int		TrunkId;
	int		BChannel;
	int		LastCas;
};
struct acTNetworkCASReport
{
	unsigned short	VPI;
	unsigned short	VCI;
	int      NetworkCID;       /*Network Channel Id*/
	int      CASValue;         /*value of CAS nibble - 0x0->0xF (D bit is LSB)*/ 
};
struct acTNetworkVoice
{
	unsigned short	VPI;
	unsigned short	VCI;
	int      NetworkCID;       /*Network Channel Id*/
};
struct acTNetworkOAM
{
	unsigned short	VPI;
	unsigned short	VCI;
	int	    OAMType;				/*Type of OAM event*/
	char	    LLID[16];			/*Loop Location Identifier*/
};
struct acT3GRateControl
{
	unsigned char NumberOfRFCI;
	unsigned char AMRCodersEnable[20];
};
struct acTATMTXAAL5FrameFromHost
{
    unsigned short VPI;
    unsigned short VCI;
    int LastLength;
};
struct acTAAL5FrameMsg
{
	int			VccId;
        int VPI;
        int VCI;
	int			LastLength;		/* 0 : this is a middle part of the AAL5 frame */
								/* n !=0 : this is the last part of the AAL5 frame, the frame size is N */ 
};
struct acTPHYStatus
{
	int OutOfFrame;
	int LossOfFrame;
	int LossOfSignal;
	int L_RDI;
	int L_AIS;
	int UNEQ;
	int PLM;
        int P_RDI;
        int P_AIS;
        int LOP;
	int LCD;
	int UnlockedClock;
        int RESERVED[4];
};
struct acTVccStatistics
{
    unsigned short	VPI;
    unsigned short	VCI;
    short TxOverRunCnt;
    short RxDumpedPcktsCnt;
    short Reserved[12];
    union
    {
        struct {
        unsigned short AAL2ParityErrCnt;
        unsigned short AAL2HecErrCnt;
        unsigned short AAL2UnprovisionedCIDCnt;
        short Reserved[11];
        } VccAAL2Stat;
        struct {
        unsigned short Temp1;
        unsigned short Temp2;
        short Reserved[12];
        } VccAAL5Stat;
    }AALSpecificStat;
};
typedef enum 
{
	ATM_AAL2_PROTOCOL_SSCS=0,
	ATM_AAL2_PROTOCOL_SSSAR_TRANSPARENT_MODE=1,
	ATM_AAL2_PROTOCOL_SSSAR_SUPPORT_MODE=2
} acTAAL2ProtocolType;
struct acTCallProgressTone
{
	enum acTCallProgressToneType ToneType; /*the "logical" tone type*/
	int      LowFreq;          /*[Hz] freq of the lower component of the daul tone*/ 
	int      HighFreq;         /*[Hz] freq of the higher component of the daul tone*/ 
	int      LowFreqLevel;     /*[-dBm] generation level of the lower component of the daul tone*/ 
	int      HighFreqLevel;    /*[-dBm] generation level of the higher component of the daul tone*/ 
	int      TOn1;             /*[10msec] first signal on time interval*/
	int      TOff1;            /*[10msec] first signal off time interval*/
	int      TOn2;             /*[10msec] second signal on time interval*/
	int      TOff2;            /*[10msec] second signal off time interval*/
};
struct RingState
{
	int      RingOnTime;       /*[10msec] ring on time interval*/
	int      RingOffTime;      /*[10msec] ring off time interval*/
	int      NextState;
};
struct acTRingTypes
{
	int               RingType;         /*the "logical" ring type */
	int               Freq;             /*[Hz] freq Ring */ 
	struct RingState  RingStateMachine[4];
};
struct acTFxsCoef
{
	char ac_coef[110]; 
	char dc_coef[90];
	char gen_coef[6];
};
struct acTCallProgressDetectionEventInfo
{
	enum acTCallProgressToneType ToneType; /*the "logical" tone type*/
	int      ToneIndex;         /*tone index*/ 
    int      DetectionDirection; /*=0 detection from the PCM, =1 detection from the Network*/
};
struct acTFaxStatusInfo
{
	int  Relay_Bypass;        /*=1 if using FaxRelay, =0 if using FaxBypass*/
	int  Calling_Answering;   /*=1 if this is the Calling Fax, =0 if this is the answering Fax (relevant only if using FaxRelay)*/
	int  NumberOfFaxPages;    /*Number of pages received/sent (invalid in ECM mode)*/
	enum TFaxRate ModulationType; /*Fax Data transmit modulation type (used for fax-rate information) */ 
};
enum acTUserDialTiming
{
	USER_DIAL_TIMING_DEFAULT = 0,
	USER_DIAL_TIMING_IMMEDIATELY = 1,
	USER_DIAL_TIMING_CONCATENATE = 2
}; 
struct acTDialCmd
{
	char DigitBuf[DIGIT_BUF_SIZE];
	int  DigitOnTime;       /*[milisec] period of active digit*/
	int  InterDigitTime;    /*[milisec] time of silence between last and current digit*/
	int  SignalingSystem;   /*signaling system to generate/detect this digit according to enum TSignalingType*/
	int  NumDigits;
};
struct acTPlayCallProgressToneCmd
{
	int CallProgressToneIndex;
	int Duration;
};
struct acTPlayVoicePromptCmd
{
	char *VoicePromptBufPtr;
	int VoicePromptBufLength;
	unsigned int VoicePromptCoder; /*TBD*/
};
	
typedef struct
{
	enum TUserDialing DialingType;     /* dialing type */
	enum TToneDirection ToneDirection;
	union {
		struct acTDialCmd Dial;
		struct acTPlayCallProgressToneCmd CallProgressTone;
		struct acTPlayVoicePromptCmd VoicePrompt;
		struct acTCallerIDMessage *CallerID;
	} u;
} acTUserDialingCmd;
struct acTPlayBackPacketRequest
{
	short	NumPacketRequest;
/*	//short	PayloadSize; */
};
typedef enum {
	DURING_PLAYBACK,
	BARGEIN_HAPPENED_DURING_PLAYBACK,
	BARGEIN_TREATED_DURING_PLAYBACK,
	NO_PLAYBACK,
	ENDING_NI_PLAYBACK
} TPlayBackState;
#if FAX_TERMINATION_SUPPORTED
/* IP-MEDIA Fax Termination */
struct acTFaxTermReport  /* used for Fax Term Events */
{
    int  CID;            
    char EventName[40];
	int  EventID;
};
struct acTFaxTermStatus /* used for Fax Term Session status event */
{
    int CID;           
	acTFaxTermSessionStatus APIStatus; 
};
struct acTFaxTerminationLogPrint /* used for Fax Term Session status event */
{
    char log[300];
};
struct acTFaxTerminationFileWrite /* used for Fax Term Session status event */
{
    int CID;         
    int size;
    int count;
    int offset;
    char buffer[300];
};
struct acTFaxTerminationFileOpen /* used for Fax Term Session status event */
{
    int CID;         /* Channel ID */
    char mode;       /* Open for read/Write */
};
struct acTFaxTerminationFileClose /*used for Fax Term Session status event */
{
    int CID;         /* Channel ID */
};
struct acTFaxTerminationFileSeek /*used for Fax Term Session status event */
{
    int CID;         /* Channel ID */
    long offset;
    int origin;
};
struct acTFaxTerminationFileRead /* used for Fax Term Session status event */
{
    int CID;         /* Channel ID */
    int size;
    int count;
};
#endif /* FAX_TERMINATION_SUPPORTED */
struct acTModemConnectAttr
{
	short   Standard;
	short	RxRate;
	short	TxRate;
	short	Protocol;
} ;
struct acTModemEndOfCallInfo
{
    char	RASDebugMode;
	int     TxData;
	int		RxData;
	int		DataReq;
    int		CRCErr;
	int		OutOfSequenceErr;
	char    ModemCallInfo[208];
  /* Tx debug params */
	int		TxDataErrPackets;
	int		TxStatusPackets;
	int		TxPPPErrPacket;
	int		TxRxErrPacket;
	int		TxOverLengthFragment;
	int		TxStartFragment;
	int		TxStartFragmentErr;
	int		TxWholeFragment;
	int		TxWholeFragmentErr;
	int		TxMidFragment;
	int		TxMidFragmentErr;
	int		TxEndFragment;
	int		TxEndFragmentErr;
  /* Rx debug params */
  	int		RxStartFragment;
	int		RxStartFragmentErr;
	int		RxEndFragment;
  	int		RxWholeFragment;
  	int		RxMidFragment;
  	int		RxMidFragmentErr;
  	int		RxFragmentErr;
} ;
typedef struct
{
	int wm_level;
}
TUserModemSetupInfo;
/*-=-*/
struct acTModemDebugInfo
{
	unsigned short InfoSize;
    unsigned char  DebugInfo[500];
};
struct acTL2TPSessionInfo
{
	char RASDebugMode;
	int status;
	short CId;
	short SId;
 /* Tx */	
	int RxPPPPacket;
 /* Rx */
	int DiscardFromFIFO;
	int FIFOFullInd;
	int TXPacketsToFIFO;
 /* Rx debug */
	int NumErrPackets;
	short RxBDFull;
	short RxBufFull;
	int   TxBufFull;
};
/* Caller ID (Calling Number Delivery) information */
struct acTCallerIDMessage
{
	char Date[5];		/* The caller ID date field (ASCII - MMDD) */
	char Time[5];		/* The caller ID time field (ASCII - HHMM) */
	char Number[21];	/* The calling directory number */
	char Name[51];		/* The caller ID name */
	char Status;		/* Caller ID message status */
	char NumberPresent; /* Enumeration for availability of Number */
	char NamePresent;   /* Enumeration for availability of Name */
	int  CIDType;		/* Type = 1,2*/
	char IsVMWI;        /* Visual Indicator instead of a message */
	unsigned char VMWIIndicatorStatus; /* Visual Indicator Status ON/OFF */
	int DetectedCallerIDType; /* Caller Id Type (1,2) */ 
	int DetectedCallerIDStandard ; /*Bellcore,ETSI,NTT*/
	
	/*ETSI*/
	char Called_line_identity[21];
	char Complementary_calling_line_identity[21];
	char Call_type ;/*Enumeration - Call type parameter*/
	char First_call_line_identity[21];
	char Network_system_message_status;
	char Type_of_forwarded_call;/*Enumeration - Type of forwarded call parameter*/
	char Type_of_calling_user ; /*Enumeration - Type of calling user  parameter*/
	char Redirecting_number[21]; 
	struct Extention_Net ExtentionNet;
	int ETSI_Type; /*0=Before_Rings;1=Between_Rings*/
	/*NTT*/
	char Type_of_number;
	char Numbering_plan_identifier[2]; 
};
/* Answer Detector event info */
struct acTAnswerDetectorEventInfo
{
    long int TimeSec;
    short TimeMilliSec;
};
/* Pattern Detector event info */
struct acTPatternDetectorEventInfo
{
    int PatternIndex;
    long int TimeSec;
    short TimeMilliSec;
};
/* Energy Detector event info */
struct acTEnergyDetectorEventInfo
{
    long int TimeSec;
    short TimeMilliSec;
};
typedef enum 
{
	UPDATED										=	0, /*at least one new error message*/
	RTP_PACKET_LOST_MSG							=	1,
	DSP_JB_UNDER_RUN_MSG						=	2,
	DSP_JB_OVER_RUN_MSG							=	3,
	INVALID_G723_CODE_MSG						=	4,
	INVALID_SID_LENGTH_MSG						=	5,
	HOST_RECEIVE_OVERRUNS_MSG					=	6,
	COMMAND_CHECKSUM_ERROR_MSG					=	7,
	COMMAND_SEQUENCE_ERROR_MSG					=	8,
	MISALIGNMENT_ERROR_MSG						=	9,
	PACKET_HEADER_ERROR_MSG						=	10,
	INVALID_CID_ERROR_MSG						=	11,
	INVALID_RTCP_PACKET_ERROR_MSG				=	12,
	RTP_SSRC_ERROR_MSG							=	13,
	UNKNOWN_RTP_PAYLOAD_TYPE_ERROR_MSG			=	14,
	INVALID_HDLC_PAYLOAD_LEN_MSG				=	15,
	INVALID_CELL_CODER_CODE_ERROR_MSG			=	16,
	UNRECOGNIZED_FAX_PACKET_ERROR_MSG			=	17,
	LOST_FAX_PACKETS_ERROR_MSG					=	18,
	UNRECOGNIZED_MODEM_RELAY_PACKET_ERROR_MSG	=	19,
	LOST_MODEM_RELAY_PACKET_ERROR_MSG			=	20,
	ILLEGAL_COMMAND_ERROR_MSG					=	21,
	EIGHT_SEC_TIMEOUT_BEFORE_DCN_ERROR_MSG		=	22,
	RTP_PACKET_DUPLICATED_MSG					=	23,
	RTP_REORDER_MSG								=	24,
	INVALID_CODER_CODE_ERROR_MSG				=	25
	
} ErrorMessageType;
/* Caller ID Status fields values (status can also be CALLER_ID_BAD_CHECKSUM + CALLER_ID_NOT_ENDED) */
#define CALLER_ID_OK			1
#define CALLER_ID_BAD_CHECKSUM	2
#define CALLER_ID_NOT_ENDED		3
/***********************************************************************
                    SAAL Related Information
***********************************************************************/
struct   AcTSAALEventReport 
{
   acTSAALConnID 		ConnectionId;  /* ID of connection*/
   acTSAALReportLbc		ReportLbc;/* lower boundry conditions */
   acTSAALReportUbc		ReportUbc; /* Upper boundry conditions */
   acTSAALReportReason 	ReportReason; /* reason parameter value */
};
struct acTSAALInfoReport
{
     acTSAALConnID 	ConnectionId;  	/* ID of connection*/
     unsigned long 	RxBytes; /*number of received bytes in valid SD(MU) PDU  */
     unsigned long 	TxBytes;    /*number of transmitted bytes in SD(MU) PDU */
     unsigned long  error_counter[26]; /* error counters table for errors A..Z */
     acTSSCOPState	SSCOPState; 	    /* SSCOP current state */
     acTSSCFState	SSCFState; /* SSCF current state */
     unsigned char 	MaalState;   /*MAAL current state*/
     unsigned long 	Vts;    	      /* VT(S) */
     unsigned long 	Vtps;    	      /*PT(PS)*/
     unsigned long 	Vta;	      /* VT(A)*/
     unsigned long 	Vtpa; 	      /*VT(PA)*/
     unsigned long 	Vtms; 	      /*VT(MS)*/
     unsigned long 	Vrr;	      /*VR(R)*/
     unsigned long 	Vrh; 	      /* VR(H)*/
	 unsigned long 	Vrmr; 	      /*VR(MR)*/
};
struct acTSAALErrReport
{
acTSAALConnID 		ConnectionId; /* ID of connection*/
acTSAALErrCode 	    Code; 	      /* error code */
unsigned long 		GapCount;     /* gap sequence count (for error code V only) */
acTSSCOPState 		SSCOPState;  /* SSCOP state */
};
/* The Event information union. */
/* This structure contains the event information for all event types. */
typedef struct
{
    int Type;     /* event type */
    union {
		struct acTTelephonySignal					TelephonySignalInfo;/* TelephonySignal information */
        struct acTDigit                             DigitInfo;          /* DTMF information */
        struct acTCallProgressDetectionEventInfo    CallProgressInfo;   /* Call Progress information */
        struct acTCAS                               CASInfo;            /* CAS information */
		struct acLastReceivedCAS					LastReceivedCAS;
        struct acTFaxStatusInfo                     FaxInfo;            /* Fax Information */
        struct acTNetworkCASReport                  NetworkCASInfo;     /* Network CAS Information */
		struct acTCallerIDMessage					CallerID;			/* Caller ID information */
        struct acTNetworkVoice                      NetworkVoiceInfo;   /* Network Voice Information */
        struct acTNetworkOAM   					    NetworkOAM;		    /* Network OAM information */
		struct acTPHYStatus							PHYStatus;			/* ATM PHY error status */
        struct acT3GRateControl                     RateControlInfo;    /* 3G Rate Control Information */
#if (AC48X_CURRENT_CONFIG == AC48X_CONFIG_TPAPP)
        struct acTAnalogFXOStatus					AnalogAnicStatus;	/* Analog Status information */			
        struct acTAnalogFXSStatus					AnalogDuSLICStatus;	/* Analog Status information */	
		struct acTAnalogReadRegisterStatus			AnalogReadRegisterStatus;
		struct acTAnalogGroundKeyDetectionStatus	AnalogGroundKeyDetectionStatus;
		struct acTAnalogReversalPolarityStatus		AnalogReversalPolarityStatus;
#endif
        struct acTVccStatistics                     VccStatistics;
        struct acTSAALInfoReport                    AtmSAALInfoReport;
        struct AcTSAALEventReport                   AtmSAALEventReport;
        struct acTSAALErrReport                     AtmSAALErrReport;
        struct acTAnswerDetectorEventInfo           AnswerDetectorInfo; /* Answer Detector information */
        struct acTPatternDetectorEventInfo          PatternDetectorInfo;/* Pattern Detector Information */
        struct acTEnergyDetectorEventInfo           EnergyDetectorInfo; /* Energy Detector event info */
  		struct acTModemConnectAttr                  ModemConnectAttr;
		struct acTModemEndOfCallInfo                ModemEndOfCallInfo;
		struct acTL2TPSessionInfo                   L2TPSessionInfo;
		struct acTLanQuery							LanQueryInfo;		/* LAN Query Info*/
		struct acTSpecialInformationTone			SpecialInformationTone; /* SIT detection information */
#if FAX_TERMINATION_SUPPORTED
        /* IP-MEDIA Fax Termination */
        struct acTFaxTermReport              FaxTermReport;         /* FaxTermination Events */    
        struct acTFaxTermStatus       FaxTermSessionStatus; /* FaxTermination session status */
#endif /* FAX_TERMINATION_SUPPORTED */
    } u;
} acTEventInfo;
/* Event Buffer : */
typedef struct
{
    acTEventInfo    EventBuf[EVENT_BUF_SIZE];   /* event buffer */
	acTEventInfo    *EventBufWrPtr;             /* write pointer to Event buffer */
	acTEventInfo    *EventBufRdPtr;             /* read pointer to Event buffer */
	acTEventInfo    *EventBufEndPtr;            /* end of Event buffer */
} acTEventBuffer;
struct TSignalingDetectorsControl
{
	unsigned MFR1DetectorEnable              : 1;  /*MF R1 register signaling detector*/
	unsigned MFSS5DetectorEnable             : 1;  /*MF SS5 register signaling detector*/
	unsigned MFR2ForwardDetectorEnable       : 1;  /*MF R2 Forward register signaling detector*/
	unsigned MFR2BackwardDetectorEnable      : 1;  /*MF R2 Backward register signaling detector*/
	unsigned R1LineDetectorEnable            : 1;  /*R1 line signaling  detector*/
	unsigned AC15DetectorEnable              : 1;  /*AC15 line Signaling System (2280hz) detector*/
	unsigned SS4DetectorEnable               : 1;  /*Signaling System 4 detector*/
	unsigned SS5DetectorEnable               : 1;  /*Signaling System 5 detector*/
	unsigned R2LineDetectorEnable            : 1;  /*R2 line signaling detector*/
	unsigned DTMFDetectorEnable              : 1;  /*DTMF signaling detector*/
	unsigned CallProgressDetectorEnable      : 1;  /*Call Progress tones detector*/
	unsigned                                 : 1;
	unsigned UserDefinedToneDetectorEnable   : 1;  /*User defined tones detector*/
	unsigned CasDetectionDisable             : 1;  /*CAS Detection enable or Disable */
};
struct TUDPAddr
{
	unsigned long  IPAddr;  /*IP address*/
	unsigned short UDPPort; /*UDP port*/
};
/***********************************************************************
                    PSTN Related Definitions
***********************************************************************/
struct TTrunkPackCfg
{        
	int    ActiveDevice[MAX_DSP_DEVICES_CAPACITY]; /*number of active AC48x devices;*/
};
struct VoicePromptParameters 
{
	int    VoicePromptSamplesLeft;    /*number of samples left to be played*/
	char   *VoicePromptRdPtr;	      /*Read Ptr to next sample to be played*/
	short  VoicePromptPayloadSize;	  /*Voice Prompt sample payload size*/
	short  VoicePromptCoder;          /*Voice Prompt coder type */
};
/***********************************************************************
                Application Related Definitions
***********************************************************************/
enum TCPConectionControl
{
    NoTestin=0,
    InitMGCP=1,
    TestMGCPConection=2,
    InitTPNCP=3,
	InitAgg=4,
	InitHB=5
};
enum TPCIPacketType
{
    PCIVoicePacket=0,
	PCIFaxPacket=2,
	PCIFaxBypassPacket=3,
	PCIModemBypassPacket=4,
	PCIModemPacket=5,
    PCIT38FaxPacket=6,
    PCISIDPacket=7,
    PCIDummyPacket=8,
	Dsp2HostDebugPacket=10,
	Host2DspDebugPacket=11,
	StatisticsDebugPacket=12,
	IncomingRTPDebugPacket=13,
	OutgoingRTPDebugPacket=14,
	OutgoingOMNITELPacket=16,
	Profile2HostDebugPacket=17,
	acChStatusPacket=18,
	acRxChStatusPacket=19,
	acTxChStatusPacket=20,
	OutgoingCASPacket=21,
	acPCIPlayBackPacket=22,
	acPCILastPlayBackPacket=23,
	acPCIPlayBackRequest = 24,
	PCICASConfigurationTable=65,
	PCILastCASConfigurationTable=66,
	PCICallProgressConfigurationTable=67,
	PCILastCallProgressConfigurationTable=68,
	PCIlapdToHost = 69, /* dl2host */
	PCIFXOCoeffientsConfigurationTable=70,
	PCILastFXOCoeffientsConfigurationTable=71,
	PCIFXSCoeffientsConfigurationTable=72,
	PCILastFXSCoeffientsConfigurationTable=73,
	PCIAddVoicePrompt=77,
	PCIAddVoicePromptLastPacket=78,
	PCITAAL5Frame=80,
/*-=- HDLC*/
	PCIHDLCFrame=81,
	PCIDataTerminalPacket=82,                    
	PCIDataL2TPPacket=83,                    
/*IP-MEDIA*/
	PCIPlayFileToIP=90,
	PCIPlayFileToIPLastPacket=91,
	PCIRecordFileFromIP=92,
	PCIRecordFileFromIPDummyPacket=93,
	PCIStopPlayFileToIP=94,
	PCIStopRecordFileFromIP=95,
	PCIPlayFileToIPDummyPacket=96,
	acPCIPlayBackPackeToIP=97,
	acPCILastPlayBackPacketToIP=98,
	acPCIPlayBackPacketRequestToIP=99,
    PCIDBGRecordPacket=100,
    
/* IP-MEDIA Fax Termination */
    PCIFaxTermPacket       = 102,
    PCIFaxTermSetChParams  = 103,
    PCIFaxTermGetSessionStatus  = 104,
    PCIFaxTermSendFax      = 105,
    PCIFaxTermReceiveFax   = 106,
    PCIFaxTermAnswerPoll   = 107,
    PCIFaxTermFileOpen     = 108,
    PCIFaxTermFileClose    = 109,
    PCIFaxTermFileSeek     = 110,
    PCIFaxTermFileRead     = 111,
    PCIFaxTermFileWrite    = 112,
    PCIFaxTermTracePacket  = 113,
    PCIFaxTermDIOReadImage = 114,
    PCIFaxTermInitSendFax  = 115,
    PCIFaxTermCancelFax    = 116,
    PCIFaxTermOpenSession  = 117,
    PCIFaxTermCloseSession = 118,
    PCIFaxTermSetRdrData1  = 119,
    PCIFaxTermSetRdrData2  = 120,
    PCIFaxTermFileDioImageData1 = 121,
    PCIFaxTermFileDioImageData2 = 122,
	PCIFaxTermSetUserStatusEvents = 123,
	PCIFaxTermSetNextPageAttrib = 124
    
};	
enum TNIPacketType
{
    RTPPacketType=0,
	RTCPPacketType=1,
	T38FaxPacketType=2
};	
/* Not Used ... */
enum acTConfigurationTablesCatalogBits
{
    acCallProgressCatalogBit=1,
    acCASProtocolCatalogBit=2,
	acFXOCoeffientsCatalogBit=4,
	acFXSCoeffientsCatalogBit=8
};
enum acTPlayBargeIn
{
    acPlayBargeInOff          = 0,
    acPlayDTMFBargeIn         = 1,
    acPlayVoiceBargeIn        = 2,
    acPlayVoiceAndDTMFBargeIn = 3
};
struct TICMPEchoMsg
{
	unsigned char  MsgType; /*Msg Type (8)*/
	unsigned char  MsgCode; /*Msg Error Code (0)*/
	unsigned short MsgCS;   /*Msg CheckSum*/
	unsigned short ID;      /*Sender's ID (0)*/
	unsigned short SeqNum;  /*Sequence num (0)*/
	unsigned long  Data;    /*Msg Data (can be longer) (0)*/
};
struct TPCIPacketHeader
{
	unsigned char CID;
	unsigned char Length;
	unsigned char SeqNum;
	unsigned char Type;    /*following PCIPacketType*/
};
enum ControlMethod
{
	PCI_CONTROLMETHOD=0,
	TPNCPUDP_CONTROLMETHOD=1,
	TPNCPTCP_CONTROLMETHOD=2
};
typedef enum
{
  VoicePayloadFormatRTP     = 0,
  VoicePayloadFormatATM     = 1,
  VoicePAyloadFormatIllegal = 2
} TVoicePayloadFormat;
/***********************************************************************
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
***********************************************************************
struct TAppVars was taken out and put into : TpAppVarsTypeDef.h
                    
					see #include in the beggining of this file
/***********************************************************************
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
**********************************************************************/
/***********************************************************************
                    Channel Related Information
***********************************************************************/
#include "vpTypeDef.h"
#if (AC48X_CURRENT_CONFIG == AC48X_CONFIG_TPAPP)
#include "vaTypeDef.h"
#endif
#if RAS_IF_SUPPORTED
#include "rasTypeDef.h"
#endif
#include "ACModemDef.h"
struct  TxChannelEvents
{
	unsigned	PendingIdle					:	1;	/*=1 if idle command was sended to this channel and the next received packet should be idle.*/  
	unsigned	DTMFActivity				:	1;	/*=1 if DTMF activity session is on.*/
	unsigned	CallProgressActive			:	1;	/*=1 if call progress tone is currently being detected*/
	unsigned	BypassNIC					:	1;	/*=1 in case we want the driver to loopback self originating packets without sending them to MAC*/
	unsigned	MonitorSignalingChangesOnly	:	1;	/*=1 if we are invoking the encoder only to monitor changes in Signaling (CAS,IBS,DTMF)*/
	unsigned	BypassOptimizedTx			:	1; /* In OPTIMIZED mode: =0 Normal operation, =1 skipthe optimized operation and go to RegularTx() */
	unsigned	IBSEventsDetected			:	8;	/*Indicates that one or more IBS event have been detected within last voice frame */
	unsigned	DisablePacketsTransmissionToDSPFlag :1; /* disable Packet transmission to the DSP*/
	unsigned	padding						:	1;
};
struct RxChannelEvents
{
	unsigned	SilencePeriod		:	1;	/*=1 if we are in silence period due to VAD*/
	unsigned	DTMFHangOverStarted	:	1;	/*=1 after digit turned off*/
	unsigned	BrokenConnection	:	1;	/*=1 if broken connection was detected*/
	unsigned	LastDTMF			:	1;	/*=0 if last packet's DTMF was off, =1 if last packet's DTMF was on*/
    unsigned	BypassOptimizedRx	:	1;	/* In OPTIMIZED mode: =0 Normal operation, =1 skip the optimized operation and go to RTPDecoder() */
	unsigned	ReorderDetected		:	1;
	unsigned	padding				:	10;
};
/* Host -> Network (Transmit) Channel Information : */
struct TTxChannelInfo
{
	/* Common Channel Info : */
	short  CID;					/*channel ID - always the index in RxInfoCh array*/
	char   DTMFRelayEnable;		/*=1 if DTMFs should be relayed to remote side (only if DTMFTransportType=1)*/
	char   MFRelayEnable;		/*=1 if MFs should be relayed to remote side (only if MFTransportType=1)*/
	char   TelephonySignalRelayEnable;/*=1 if Telephony Signals should be relayed to remote side (only if TelephonySignalType=1)*/
	unsigned short ChannelPacketCount;	/*count of DSP packets in 0.5 Sec intervals*/
	short  LastCallProgressTone;/*Last call progress tone that was detected*/
	unsigned short PCISeqNum;   /*PCI Sequence number*/
	/* during playback flag */
	TPlayBackState PlayBackState;
	/* IBS relates parameters */
    unsigned int LastIBSPcktTimeStamp;  /* Previous IBS packet Time Stamp */
	unsigned int LastSignalCode;        /* DTMF , MF , CPT etc */
	unsigned int LastInterDigitTime;    /* off time between events */
	/* information for Relay Telephony Signals */
	struct acTRelayTelephonySignalInfo		RelayTelephonySignalInfo;
	/* Fax related fields */
	enum   TFaxModulation FaxModulationType;	/* Fax Data transmit modulation type */
	enum   TFaxMode FaxMode;	/*is this calling/answering fax (or not fax at all)*/
	int    NumberOfFaxPages;	/*counter for transmitted fax pages (invalid in ECM mode)*/
	/* Channel Event Buffer : */
	acTEventInfo    EventBuf[EVENT_BUF_SIZE];   /* event buffer */
	acTEventInfo    *EventBufWrPtr;             /* write pointer to Event buffer */
	acTEventInfo    *EventBufRdPtr;             /* read pointer to Event buffer */
	acTEventInfo    *EventBufEndPtr;            /* end of Event buffer */
	int             BaseEventMask;              /* only events masked here will signal the user */
	int             EventMask;                  /* Temp Event mask */
	union {
		int channelEventsStatus;
		struct TxChannelEvents channelEventsFlags;
	} channelEvents;
	short FirstV21PreambleDetected; /*we  already  detetect V21 Preamble - added because of bug in the DSP 
									  the 7E Preamble event is generated more than one time*/
	/* Stack-Dependant Channel Info */
	union {
		struct vpTTxChannelInfo	vp;	/* VoicePacketizer data part */ 
#if (AC48X_CURRENT_CONFIG == AC48X_CONFIG_TPAPP)
		struct vaTTxChannelInfo	va;	/* VoiceAtomizer data part */
#endif
/* HR! Add RAS dependant structure */
#if RAS_IF_SUPPORTED
		struct rasTTxChannelInfo ras; /* RAS data part */
#endif
	} u;
	
	/*Error Message buffer*/
	unsigned long ErrorMsg[MAX_ERROR_MSG_TYPE_INDEX];
};
/* Network -> Host (Receive) Channel Information : */
struct TRxChannelInfo
{
	/* Common Channel Info : */
	short  CID;					      /*channel ID - always the index in RxInfoCh array*/
	struct VoicePromptParameters   VoicePromptParam ;/* relevant voice prompt parameters*/
	enum   TFaxMode FaxMode;		  /* is this calling/answering fax (or not fax at all) */
	/* User Dialing :*/
	enum   TUserDialing UserDialing;  /* User Dialing progress (Dial() or CallProgres() or VoicePrompts() */
	acTUserDialingCmd  UserDialBuf[USER_DIALING_BUF_SIZE];   /* user dialing buffer */
	acTUserDialingCmd  *UserDialBufWrPtr;     /* write pointer to user dialing buffer */
	acTUserDialingCmd  *UserDialBufRdPtr;     /* read pointer to user dialing buffer */
	acTUserDialingCmd  *UserDialBufEndPtr;    /* end of user dialing buffer */
	struct acTCallerIDMessage UserCallerIDBuf;
/*-=- HDLC*/
	unsigned int HdlcDSPBufferSize;
	union {
		int channelEventsStatus;
		struct RxChannelEvents channelEventsFlags;
	} channelEvents;
	/* Stack-Dependant Channel Info */
	union {
		struct vpTRxChannelInfo	vp;	/* VoicePacketizer data part */ 
#if (AC48X_CURRENT_CONFIG == AC48X_CONFIG_TPAPP)
		struct vaTRxChannelInfo	va;	/* VoiceAtomizer data part */
#endif
		
/* HR! Add RAS dependant structure */
#if RAS_IF_SUPPORTED
		struct rasTRxChannelInfo ras; /* RAS data part */
#endif
	} u;
};
struct  TVoiceInfo
{
        unsigned Coder        : 6;  /*Coder*/
        unsigned ECE          : 1;  /*Echo Cancler enable*/
        unsigned SCE          : 2;  /*Silence Compresion Enable*/
        unsigned PFE          : 1;  /*Post Filter Enable*/
        unsigned HPFE         : 1;  /*High Pass Filter Enabled*/
        unsigned FRF_IP       : 1;  /*=0 if FRF.11 compliance, =1 for VoIP IA Compliance*/
        unsigned M            : 2;  /*Packet multiplication factor-1*/
		unsigned ECHybridLoss : 2;  /*Echo Cancler Hybrid Loss*/
        unsigned ECNlpMode    : 2;  /*Echo Cancler - Non Linear Processor Mode*/
		unsigned ECLength     : 5;  /*Echo Cancler Length*/
		unsigned ECNBDEnable  : 1;  /*Echo Cancler Narrow Band Enable*/
        unsigned ECFreeze     : 1;  /*Echo Cancler Freeze*/
};
/* Agc Information */
struct TAgcInfo
{
    char   Activate;            /* Agc Enable */
    char   GainSlope;           /* Gain changing ratio (enum TacAgcEnergySlope) */
    char   Redirection;         /* Determines the Direction that the AGC works on (1=Network) */
    char   TargetEnergy;        /* The AGC Target Energy [-dBm] */
};
/* Energy detector Information */
struct TEnergyDetectorInfo
{
    char   Activate;            /* Energy Detector Enable */
    char   QualityFactor;       /* Quality Factor for the Energy Detector (0 - 10) */
    char   Threshold;           /* Energy detector Threshold */
};
/* Energy Detector Quality Factor related DSP parameters */
struct TEnergyDetectorDSPChannelConfiguration
{
    int EnergyDetect_P_MajorityThreshold;
    int EnergyDetect_N_MajorityFrames;
    int EnergyDetect_M_AverageDcBuffers;
    int EnergyDetect_K_ContinuesVoice;
};
/* Pattern Detector Information */
struct TPatternDetectorInfo
{
    char   Activate;            /* Pattern Detector Enable */
};
/* Answer Detector Information */
struct TAnswerDetectorInfo
{
    char   Activate;            /* Activates the Answer Detector */    
    char   Redirection;         /* Determine the direction of the Answer Detector (1=Network) */ 
    int    SilenceTime;         /* Silence duration to decide if End Of Speech [100ms] */
    int    ActivityDelay;       /* Answer Detector module activation delay [100ms] */
};
/* Mediation between Channels structure declarations */
struct TMediationChannelInfo
{
	TEndPoint	DestEndPoint;		/* The Destination End Point type */
	int			DestCID;			/* The Destination CID */
	char		Transcode;			/* Is Transcoding required */
};
/* 3 Way Conference  */
struct T3WayConferenceInfo
{
	Tac3WayConferenceMode ThreeWayConferenceMode; /* The Conference Mode */
	int ConferenceChannel;						  /* the channel with whom the conference is performed */
};
/* Channel Setup Information : */
struct TChannelInfo
{
	int    Active;         /*=1 if active ,=0 if idle*/
	int    RTPActive;      /*=1 if packets are to be sent/received to/from IP*/
    unsigned int RTPActivateStartTime;  /* Absolute start time of the last RTP Session */
	enum TTestCode TestMode;    /*Voice Test Mode */
	int    PCMTimeSlot;    /*PCM time slot that channel is tuned to*/
	int    TriStateEnable;   /*=1 sets DSP PCM output to 3state between the run command and activation*/
	int    DisableAndTriStateChannelPCMOutput; /* Disable channel output and set to a constant TriState mode (for unused channels) */
	struct TVoiceInfo VoiceCmd;    /*Voice settings for the channel (Coder,SCE etc)*/
	int    TxM;            /*multi frames packing factor - relative to VoIP frame definition (All coders=20msec, G723=30msec)*/
	enum   TSampleBasedCodersRTPPacketInterval SampleBasedCodersRTPPacketInterval;	/* The basic frame time (for PCM/ADPCM only) to which TxM relates */
	int    VoiceVolume;    /*Voice Volume*/
	int    InputGain;      /*PCM input gain*/ 
	int    DTMFVolume;     /*DTMF Volume*/
	struct TExtendedFaxModemCmd FaxCmd; /*Fax settings for the channel (Coder,max rate, etc) for 4814*/
	int    FaxBypassM;     /*multi frames packing factor for Fax Bypass- relative to VoIP frame definition*/
	int    FaxRedundancyDepth; /*amount of redundancy for fax relay HS packets*/
	int    EnhancedFaxRedundancyDepth; /*amount of redundancy for fax relay low speed packets*/
	int    ModemRedundancyDepth; /*amount of redundancy for modem relay HS packets*/
	int    UseT38orFRF11;     /*=1 if channel will use T.38 fax relay, =0 if FRF11 fax relay*/   
	enum   TTCFMode	   TCFMode;	  /*=0 local mode, =1 transferred mode*/	
	enum   TIFPTransport    IFPTransport;    /*=0 IFP/UDP,  IFP/TCP*/
	int    T38ProtectionMode; /*0=Redundancy Packets, 1=FEC*/
	int    T38FaxRelayECMMode; /* T38 Fax relay ECM mode : 0=Backward compatible mode, 1=Interoperability mode */
	int    DJBufMinDelay;  /*Dynamic Jitter Buffer Minimum Delay [milisec]*/
	int    DJBufOptFactor; /*Dynamic jitter buffer frame error/delay optimization factor [scale 0-13]*/ 
	int    DTMFTransportType;/*according to enum acTDTMFTransport =0 DTMF relay disabled& erased from audio, =1 DTMF relay (erased from audio), =2 in audio band*/
	int    MFTransportType;/*according to enum acTMFTransport =0 MF relay disabled& erased from audio, =1 MF relay (erased from audio), =2 in audio band*/
	int	   TelephonySignalType;/*according to enum acTAnalogTelephonyTransport =0 Telephony Signal relay disabled, =1 Telephony Signal relay enable according to RFC2833*/
	enum acTCallerIDTransport    CallerIDTransportType;	/* Caller ID enable/disable and transport type */
	struct TSignalingDetectorsControl  SignalingDetectorsControl; /*Enables/Disables various DTMF,CallProgress,MF,Line signaling detectors. according to TSignalingDetectorsControl structure*/
	unsigned int   RTPSSRC;       /* channel's SSRC*/
	unsigned int   RTPCNAMELength;/* channel's RTCP canonical name length*/ 
	char           RTPCNAME[255]; /* channel's RTCP canonical name*/
    int            EnableRFC2658Interleaving; /* /*setting the EVRC operation mode according to enum TEVRCMode */
	int    DisableRTCPIntervalRandomization;	/* =0 if RTCP packets should be transmitted at a randomized timing (1 for constant timing) */
	int    DisableFirstIncomingPacketDetection; /* =1 if first incoming RTP packet processing should be disabled */
	int    RTPRedundancyDepth;/*apply redundancy sequence per RFC2198 - currently only =1 is supported*/
    int    RTPRFC2833RedundancyDepth;/*apply redundancy sequence per RFC2198 (Redundancy) according to RFC2833 (DTMF Realy) */
	int    UseNIorPCI;     /*=1 if channel will use NI interface, =0 if PCI interface*/   
	int    UniDirectionalRTP; /*enables one sided RTP stream - according to TUniDirectionalRTPMode*/
	int    CypherType;     /*=0 for no cypher, o.w. according to acTCypherType*/
	int    CypherMode;     /*the mode of the cypher according to acTCypherMode*/
	int    CypherKeyLength;/*length in bytes of cypher key*/
	int    CypherKeyCRC;   /*CRC of cypher key*/
	unsigned char  CypherKey[CYPHER_MAX_KEY_LENGTH];  /*Cypher key (to be used for both encrypt & decrypt)*/
	unsigned char  CypherInitializationVec[CYPHER_BLOCK_SIZE]; /*cypher initialization vector*/
	char   SIDPayloadEnable;	/*=1 if we are to send SID packets with RTP SID type */
	int    DisableSoftIPLoopback; /*=1 to send packets destined to ourselves to the NIC. 0=bypass internally*/
	int    IsSCM;          /*=1 if this channel is part of Sub-Channel-Mux bundle, =0 otherwise.*/
	int    SCMAnchor;      /*the channel which is the anchor to Sub-Channel-Mux bundle.*/
	int    TDMBusInputPort; /*MVIP/SC bus Port that channel should listen to */
	int    TDMBusInputChannel; /*MVIP/SC bus Channel that channel should listen to */
	int    TDMBusOutputPort; /*MVIP/SC bus Port that channel should transmit to */
	int    TDMBusOutputChannel; /*MVIP/SC bus Channel that channel should transmit to */
	int    TDMBusOutputDisable; /*disable Output for MVIP/SC bus Channel */
	unsigned int LocalIPAddr; /*The local IP Address (as used by network driver)*/
	struct TUDPAddr LocalRTP;   /*local side's RTP port*/
	struct TUDPAddr RemoteRTP;  /*remote side's RTP port*/
	struct TUDPAddr RemoteRTCP; /*remote side's RTCP port*/
	struct TUDPAddr RemoteT38;  /*remote side's T38 port*/
	struct TUDPAddr LocalL2TP; /* LAC address */
	struct TUDPAddr RemoteL2TP; /* LNS address */
	short  TxCID;          /*connect to which channel*/
	unsigned int FlashHookPeriod;  /* hook flash time in msec */
	int    PCMToPCMTimeSlot;    /*PCM to PCM time slot that channel is tuned to*/
    char   PcmToPcmEnable;      /* Pcm To Pcm Enable (1=Enable) */
	char   SUMC			 ;		/*Summation Configuration, this field is valid only if PcmToPcmEnable = 1*/
	
	char   IBSDRedirection;     /* IBS Detection Redirection (=0 for PCM side, =1 for IP side =2 from both sides) */
    int    PlayBargeIn;         /* Determines whether the Play will be stoped by voice or DTMF barge-Ins */
    int    VoicePromptBargeIn;  /* Determines whether the PlayVoicePrompt will be stoped by voice or DTMF barge-Ins */
    struct TAgcInfo AgcInfo;    /* Agc Information */
    struct TEnergyDetectorInfo EnergyDetectorInfo; /* Energy detector Information */
    struct TPatternDetectorInfo PatternDetectorInfo; /* Pattern Detector Information */
    struct TAnswerDetectorInfo AnswerDetectorInfo; /* Answer Detector Information */
	acTFile2NI File2NIActive;   /*=1 if File to NI activity session is on.*/
	int    L2TPActive; /* indicates the status of logical channel related to Data transfer.
	                      Possible values (0-inactive; 1-LCP in progress; 2-L2TP active)*/
	/*-=-*/
	char   ProxyLCPActive; /* indicates the status of logical channel related to LCP-Data
						      transfer. (0-inactive or LCP finished ; 1-LCP in progress) */
	char   TerminalActive; /* indicates the status of logical channel related to Terminal-Data
						      transfer. (0-inactive or Terminal mode finished ; 1-Terminal is active) */
	/* HR! Changed NetworkType to ChannelType */
    /* ATM specific information (only for the new devices) : */
	acTNetwork      ChannelType;                /* IP / ATM */
    int             ATMActive;                  /* =1 if active ,=0 if idle */
    short           VCCID;                      /* Vcc identifier of the ATM VC in which this AAL2 channel is to reside */
    char            AAL2TxCID;                  /* AAL2 CID number associated with this Tx AAL2 channel */
    char            AAL2RxCID;                  /* AAL2 CID number associated with this Rx AAL2 channel */
    char            ProfileID;                  /* Profile ID caculated according to Group + Specific Profile ID */
    int             ProfileEntry;               /* Entry line number in the specific profile */
    char            PCMCoderType;               /* Alaw or MUlaw */
    acTAAL2CASRelayMode CASRelayMode;               /* according to vaTCASRelayMode -- ATM  */
	acTCASMode CASRelayTransportMode;  /*Enable / Disable the CAS relay mode -- VoIP*/
    char            EnableNetworkCASEvent;      /* Enable of AAL2 CAS events to User */
    acTAAL2ProtocolType AAL2ProtocolType;           /* SSCS, SSSAR Transparent mode or SSSAR Support mode */ 
	/* Agg Channel Info : */
    enum acTAggDeliveryMethod AggDeliveryMethod;
/* HR! RAS Settings */
#if RAS_IF_SUPPORTED
	TRASConnType    RAS_call_type;
#endif
	TacModemChannelAttr ModemSetup;
	unsigned short	L2TPTunnelID;               /* L2TP tunnel Index */
	unsigned char   L2TPHandleHDLC;
	/*-=- =1 for VoIP and =0 for RAS */
	char			CASBouncingEnable;			
	unsigned char	RASDebugMode;				/* if =1, channel & session DEBUG statistics
				are added to MANDATORY statistics that sent to control-user at end of call */	 
/*-=- HDLC handling*/
	char			HdlcMonitoringOnly; /*=1 if we are invoking the encoder only to monitor HDLC framing*/
	char			HDLCFramingAbility; /* 1- Process HDLC frames, 0 Avoid */
	THdlcRate		HdlcRate;			/* HDLC rate */
	int				HdlcMNEF;			/* Min number of Frame end flags*/
	int				HdlcMinFrameLen;	/* Min. HDLC Message length */
	THdlcIfpPattern IFP;				/* Interframe fill pattern */
	int             DeviceIndex;	    /* The DSP Device Index associated with this channel */
    char            SendDummyPackets;   /*1=Sending Dummy packets to the PCI during silnece */
    int             MonitorSignalingChangesOnly;
    unsigned int    RTPDTMFRFC2833PayloadType ;
	unsigned int    RTPRedundancyRFC2198PayloadType;
	unsigned int	FaxByPassPayloadType;
    int             CIDType ;
	char            NOB ; /*used for the BFI payload in case of Zero Copy Mode , its value should be ChInfo[].VoiceCmd.M + 1 */
	
        /* IP-MEDIA Fax Termination */
	enum TFaxEngineMode FaxEngineMode;
    enum TToneDirection FaxDirection;
	int TFOV;
		
	/* PlayBack Speed control */
	TPlayBackSpeed PlayBackSpeed;
	TPlayBackMode PlayBackMode;
	TacControl PlayBackSpeedControl;
	int PlayBackWatermark;
	struct TMediationChannelInfo MediaChInfo; /* Mediation between Channels Information */
	char P2PCoder;			/* Packet To Packet coder type */
	char PreviousP2PCoder; 	/*in case of voice prompy to network we should save the old P2PCoder to restore */
	TVoicePayloadFormat   VoicePayloadFormat;	/* support CISCO RTP compatible mode for G726/G727 coders; default 0 = regular RTP  ,1 = CISCO mode*/
	struct T3WayConferenceInfo ThreeWayConferenceInfo; /* Three Way Conferencing configuration */
	TacCNGDetectorMode CNGDetectorMode;				/* CNG Detection Control*/
	TSIDNumberCoefficients SIDCoefficientsNumber;	/* Number of coefficients sent to describe silence in SID (Silence Indicator) payload*/
};
typedef struct TChannelInfo TUserChannelSetupInfo;
/* Device Info - contains information about the DSP devices */
struct TDeviceInfo
{
	int	DeviceDescriptor;	/* Index into the acDLDescriptor table */
	short FirstCID;			/* First (lowest) Channel ID associated with this device */
	int NumberOfChannels;	/* Number of channels supported by this device */
	char *MainDL;
	char *BootDL;
	char *BitDL;
    int PatternDetectorThreshold; /* Pattern Detector number of cons. pattern the send event */
	int DspFatalErrorsCount;
};
typedef struct 
{
    CMD_CH_SEND ChannelSetupCommandRequired;
	CMD_CH_SEND ChannelECCommandRequired;
	CMD_CH_SEND ChannelRelayCommandRequired;
} TChannelCurrentCommand;
#endif   /*end of #ifndef TYPEDEF_H*/

						