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Greenleaf Comm Library
#ifndef COMMLIB_DOT_H
#define COMMLIB_DOT_H
/*
* COMMLIB.H 5.20A June 8, 1995
*
* The Greenleaf Comm Library
*
* Copyright (C) 1985-1995 Greenleaf Software Inc. All Rights Reserved.
*
* NOTES
*
* This is the master include file for CommLib Level 2 functions. You
* pretty much have to include this file. It has all the prototypes,
* macros, and structures needed to use CommLib Level 2.
*
* MODIFICATIONS
*
* December 12, 1992 4.00A : Initial release
*
* December 13, 1994 5.10A : Updated to include 5.00D patch.
*/
/*
* If you have a custom header file that you want to include in every
* source module in CommLib, you can automatically add it to all of the
* library modules by simply replacing the bland GFCUSTOM.H supplied with
* our libraries. This will always be the first file included by any
* of our source files, so you are guaranteed specific behavior. See
* header file memchk.h for an example of how to build a version of
* commlib that is linked to memcheck.
*/
#include "gfcustom.h"
#include "compiler.h"
#if defined( GF_WATCOM_C ) || defined( GF_WATCOM_C_386 )
# if defined( GF_WATCOM_S )
# include "wat3s.h"
# endif
#endif
/*
* _DEFS386.H and _DEFS286.H are both similar to COMPILER.H, but for
* 16 and 32 bit DOS Extenders
*/
#include "_defs286.h"
#include "_defs386.h"
#if defined( GF_WINDOWS ) || defined( GF_WIN32 )
#include <windows.h>
#if defined( GF_WIN32 )
#define HTASK HANDLE
#endif
#endif
#define COMLIBVERSION 0x520 /* Comm library Version */
/*
* 16550 trigger definitions are used across more than one driver.
*/
typedef enum trigger_level{
TRIGGER_DISABLE = 0x00,
TRIGGER_01 = 0x01,
TRIGGER_04 = 0x41,
TRIGGER_08 = 0x81,
TRIGGER_14 = 0xc1
} TRIGGER_LEVEL;
/*
* People wonder why COM1 is an int instead of a macro. The reason goes back
* to the cutover to Commlib 3.2. Lots of functions that used to take an
* int port number in 3.1 changed to taking a PORT structure pointer in
* 3.2. Normally, if you try to pass an int as a pointer you will get an
* error, so users that didn't update their code properly could count on
* getting an error from the compiler. However, COM1 is defined as 0, and
* 0 is a special value that can be passed as a pointer. So defining it
* as an extern int avoids that particular problem, and will cause an
* error if somebody tries to pass COM1 as an argument to ZmodemSend().
*/
#define COM1 (int)0
#define COM2 1
#define COM3 2
#define COM4 3
#define COM5 4
#define COM6 5
#define COM7 6
#define COM8 7
#define COM9 8
#define COM10 9
#define COM11 10
#define COM12 11
#define COM13 12
#define COM14 13
#define COM15 14
#define COM16 15
#define COM17 16
#define COM18 17
#define COM19 18
#define COM20 19
#define COM21 20
#define COM22 21
#define COM23 22
#define COM24 23
#define COM25 24
#define COM26 25
#define COM27 26
#define COM28 27
#define COM29 28
#define COM30 29
#define COM31 30
#define COM32 31
#define COM33 32
#define COM34 33
#define COM35 34
/*
* Macro's and constants to ease the reading of Micro Channel POS
* registers.
*/
#define POSCHNLSELECT 0x96 /* POS Channel Select */
#define POSLOWIDPORT 0x100 /* POS I.D. Low byte */
#define POSHIGHIDPORT 0x101 /* POS I.D. High byte */
#define POS2PORT 0x102 /* POS Adapter info ports 2-5*/
#define POS3PORT 0x103
#define POS4PORT 0x104
#define POS5PORT 0x105
#define POSCHMIN 0x08 /* Minimum channel */
#define POSCHMAX 0x0f /* Maximum channel */
#define POSCHNLDISABLE 0x00 /* Disable channel access */
#define POSSELECTCHANNEL( p ) _asoutb( POSCHNLSELECT, p ) /* Tag: L1 private */
#define POSDESELECTCHANNEL( p ) _asoutb( POSCHNLSELECT, POSCHNLDISABLE ) /* Tag: L1 private */
#define POSID() /* Tag: L1 private */ \
( ( _asinb( POSHIGHIDPORT ) << 8 ) + \
_asinb( POSLOWIDPORT ) )
#define POS2INFO() _asinb(POS2PORT) /* Tag: L1 private */
#define POS3INFO() _asinb(POS3PORT) /* Tag: L1 private */
#define POS4INFO() _asinb(POS4PORT) /* Tag: L1 private */
#define POS5INFO() _asinb(POS5PORT) /* Tag: L1 private */
#define TICKS_PER_SECOND 18
#define MILLISECONDS_PER_TICK 55
#ifndef TRUE
#define TRUE 1
#endif
#ifndef FALSE
#define FALSE 0
#endif
#define GF_MKFP( seg, offset ) /* Tag: Misc private */ \
( void GF_FAR *) ( ( (unsigned long) \
( seg ) << 16 ) + ( offset ) )
#define GF_MKFFP( seg, offset ) /* Tag: Misc private */ \
(void (GF_FAR * )()) ( ( (unsigned long) \
( seg ) << 16 ) + ( offset ) )
#define IRQ0 0
#define IRQ1 1
#define IRQ2 2
#define IRQ3 3
#define IRQ4 4
#define IRQ5 5
#define IRQ6 6
#define IRQ7 7
#define IRQ8 8
#define IRQ9 9
#define IRQ10 10
#define IRQ11 11
#define IRQ12 12
#define IRQ13 13
#define IRQ14 14
#define IRQ15 15
/*
* Line Status
*/
#define OVERRUN 2
#define PARERR 4
#define FRAMERR 8
#define BREAKDET 16
#define THRE 32
#define TEMT 64
/*
* Modem Status
*/
#define CTSCHG 1
#define DSRCHG 2
#define RITRAIL 4
#define CDCHG 8
#define CTS 16
#define DSR 32
#define RI 64
#define CD 128
/*
* Error codes returned by all functions OR in _aserror.
*/
#define ASSUCCESS 0
#define ASGENERALERROR -1
#define ASINVPORT -2
#define ASINUSE -3
#define ASINVBUFSIZE -4
#define ASNOMEMORY -5
#define ASNOTSETUP -6
#define ASINVPAR -7
#define ASBUFREMPTY -8
#define ASBUFRFULL -9
#define ASTIMEOUT -10
#define ASNOCTS -11
#define ASNOCD -12
#define ASNODSR -13
#define ASNO8250 -14
#define ASXMSTATUS -15
#define ASUSERABORT -16
#define ASFILERR -17
#define ASXMERROR -18
#define ASNOWIDERX -19
#define ASCONFLICT -20
#define ASCRCMODE -21
#define ASNOHAYESOK -22
#define ASNOHAYESRESPONSE -23
#define ASNOTSUPPORTED -24
#define ASILLEGALBAUDRATE -25
#define ASILLEGALPARITY -26
#define ASILLEGALWORDLENGTH -27
#define ASILLEGALSTOPBITS -28
#define ASNOCOPYRIGHTNOTICE -29
#define ASDRIVERNOTINSTALLED -30
#define ASOVERFLOW -31
#define ASCONNECTFAILURE -32
#define ASDOSEXTENDERERROR -33
#define ASILLEGALBOARDNUMBER -34
#define ASBOARDINUSE -35
#define ASHANDSHAKEBLOCK -36
#define ASMAXPORTSEXCEEDED -37
#define ASILLEGALIRQ -38
#define ASIRQINUSE -39
#define AS_THUNK_SETUP_FAILED -40
#define AS_NASI_ERROR -41
#define AS_PACKING_ERROR -42
#define ASUSERDEFINEDERROR -75
/*
* Number of ports supported by Windows
*/
#define MAXWINPORTS 9
#ifdef __cplusplus
extern "C" {
#endif
extern char ParityLetter[ 5 ];
#ifdef __cplusplus
}
#endif
typedef enum { OUT_OF_MEMORY = -1,
GREENLEAF,
BIOS,
EXTENDED_BIOS,
FOSSIL,
DIGIBOARD_COMXI,
DIGIBOARD_PCXE,
DIGIBOARD_UNIVERSAL,
GREENLEAF_FAST,
MODEM_ASSIST,
PHAR_LAP_286,
RATIONAL_SYSTEMS_DOS_16M,
SPARKLE,
ARNET,
STARGATE,
MICROSOFT_WINDOWS,
MICROSOFT_WIN32,
MICROSOFT_WIN32S,
NASI,
OTHER
} DRIVER_TYPE;
typedef enum { OVERRUN_ERROR = 2,
PARITY_ERROR = 4,
FRAMING_ERROR = 8,
BREAK_DETECTED = 16
} LINE_STATUS_CODES;
typedef enum { CTS_SET = 0x10,
DSR_SET = 0x20,
RI_SET = 0x40,
CD_SET = 0x80
} MODEM_STATUS_CODES;
typedef enum { RX_CHAR = 0x0001,
RX_EVENT_FLAG = 0x0002,
TX_EMPTY = 0x0004,
CTS_STATE_CHANGE = 0x0008,
DSR_STATE_CHANGE = 0x0010,
RLSD_STATE_CHANGE = 0x0020,
BREAK_STATE = 0x0040,
LINE_STATUS_ERR = 0x0080,
RI_STATE = 0x0100,
CTS_STATE = 0x0400,
DSR_STATE = 0x0800,
RLSD_STATE = 0x1000,
TERI_STATE = 0x2000
} EVENT_CODES;
typedef void ( GF_DLL_FAR GF_CONV *PORT_DUMPER )( char GF_DLL_FAR *data );
/*
* This is the PORT structure that everything else in Level 2 revolves
* around. All driver routines operate on PORT structures.
*/
struct GFINSTANCEDATAtag;
#define PORT struct _tag_port
struct _tag_port {
#if defined( GF_X32 )
GF_FARPTR32 driver;
#elif defined( GF_X16 )
void far *driver;
#else
void GF_DLL_FAR *driver;
#endif
PORT GF_DLL_FAR *next_port;
int handle;
int status;
DRIVER_TYPE driver_type;
int dialing_method;
unsigned int count;
int ( GF_CONV * read_char )( PORT GF_DLL_FAR *port );
int ( GF_CONV * peek_char )( PORT GF_DLL_FAR *port );
int ( GF_CONV * write_char )( PORT GF_DLL_FAR *port, int c );
int ( GF_CONV * port_close )( PORT GF_DLL_FAR *port );
int ( GF_CONV * port_set )( PORT GF_DLL_FAR *port,
long baud_rate,
char parity,
int word_length,
int stop_bits );
int ( GF_CONV * use_xon_xoff)( PORT GF_DLL_FAR *port, int control );
int ( GF_CONV * use_rts_cts )( PORT GF_DLL_FAR *port, int control );
int ( GF_CONV * use_dtr_dsr )( PORT GF_DLL_FAR *port, int control );
int ( GF_CONV * set_dtr )( PORT GF_DLL_FAR *port, int control );
int ( GF_CONV * set_rts )( PORT GF_DLL_FAR *port, int control );
long ( GF_CONV * space_free_in_TX_buffer )( PORT GF_DLL_FAR *port );
long ( GF_CONV * space_used_in_TX_buffer )( PORT GF_DLL_FAR *port );
long ( GF_CONV * space_free_in_RX_buffer )( PORT GF_DLL_FAR *port );
long ( GF_CONV * space_used_in_RX_buffer )( PORT GF_DLL_FAR *port );
int ( GF_CONV * clear_TX_buffer )( PORT GF_DLL_FAR *port );
int ( GF_CONV * write_buffer )( PORT GF_DLL_FAR *port,
char GF_DLL_FAR *buffer,
unsigned int count );
int ( GF_CONV * read_buffer )( PORT GF_DLL_FAR *port,
char GF_DLL_FAR *buffer,
unsigned int count );
int ( GF_CONV * dump_port_status )( PORT GF_DLL_FAR *port,
PORT_DUMPER printer );
int ( GF_CONV * send_break )( PORT GF_DLL_FAR *port,
int milliseconds );
int ( GF_CONV * get_modem_status )( PORT GF_DLL_FAR *port );
int ( GF_CONV * get_line_status )( PORT GF_DLL_FAR *port );
int ( GF_CONV * clear_line_status)( PORT GF_DLL_FAR *port );
int ( GF_CONV * block )( PORT GF_DLL_FAR *port, int control );
void ( GF_CONV * clear_error )( PORT GF_DLL_FAR *port );
void GF_FAR *user_data;
struct GFINSTANCEDATAtag GF_FAR *lpThis;
};
#undef PORT
typedef struct _tag_port PORT;
/* The GFINSTANCEDATAtag structure below is used for PowerComm only.
* A pointer to this structure has been added to the PORT structure
* for internal use.
*/
struct GFINSTANCEDATAtag {
int ( GF_CONV * _PortIdleFunctionPtr )( PORT GF_DLL_FAR *port );
int ( GF_CONV * _AbortModemFunctionPtr )( PORT GF_DLL_FAR *port );
void * ( GF_CONV GF_DLL_FAR * _XferFileOpenFunctionPtr )(
void GF_DLL_FAR *status,
char GF_DLL_FAR *name,
char GF_DLL_FAR *mode );
int ( GF_CONV * _AbortXferFunctionPtr )( void GF_DLL_FAR *status );
int _AbortedTransfer;
void GF_DLL_FAR *_xfer_last_status;
int _DefaultAbortKey;
char GF_DLL_FAR * ( GF_CONV *_UserErrorNameFunctionPtr )(
int error_code );
TRIGGER_LEVEL Default16550TriggerLevel;
TRIGGER_LEVEL DefaultFast16550TriggerLevel;
long hm_delay_value;
char GF_FAR *hm_match_string;
void ( GF_CONV *hm_character_printer )( char c );
int _hm_abort_key;
int _aserror;
unsigned int _DefaultRXBufferSize;
unsigned int _DefaultTXBufferSize;
#if defined( GF_WINDOWS ) || defined( GF_WIN32 )
HTASK hTask;
#else
int hTask;
#endif
int nRefCount;
};
typedef struct GFINSTANCEDATAtag GFINSTANCEDATA;
typedef GFINSTANCEDATA GF_FAR * LPGFINSTANCEDATA;
LPGFINSTANCEDATA GF_CONV GetGFInstanceDataPtr( void );
LPGFINSTANCEDATA GF_CONV AddOrGetGFInstanceData( void );
/*
* This function pointer is set up as a typedef so we can set up the
* prototypes for idle and abort functions with a type that won't cause
* problems with certain C++ compilers.
*/
typedef int ( GF_DLL_FAR GF_CONV *PORT_HOOK )( PORT GF_DLL_FAR *port );
/*
* The following macros define pseudo-functions. These are all the
* virtual functions defined in the PORT structure. The macros just
* make it easier to access the functions without worrying about the
* port structure.
*/
#define ReadChar( p ) p->read_char( p ) /* Tag: L2 public */
#define PeekChar( p ) p->peek_char( p ) /* Tag: L2 public */
#define WriteChar( p, c ) p->write_char( p, c ) /* Tag: L2 public */
#define PortClose( p ) p->port_close( p ) /* Tag: L2 public */
#define PortSet( p, b, py, wl, sb ) p->port_set( p, b, py, wl, sb ) /* Tag: L2 public */
#define UseXonXoff( p, c ) p->use_xon_xoff( p, c ) /* Tag: L2 public */
#define UseRtsCts( p, c ) p->use_rts_cts( p, c ) /* Tag: L2 public */
#define UseDtrDsr( p, c ) p->use_dtr_dsr( p, c ) /* Tag: L2 public */
#define DumpPortStatus( p, f ) p->dump_port_status( p, f ) /* Tag: L2 public */
#define SetDtr( p, c ) p->set_dtr( p, c ) /* Tag: L2 public */
#define SetRts( p, c ) p->set_rts( p, c ) /* Tag: L2 public */
#define SpaceFreeInTXBuffer( p ) p->space_free_in_TX_buffer( p ) /* Tag: L2 public */
#define SpaceFreeInRXBuffer( p ) p->space_free_in_RX_buffer( p ) /* Tag: L2 public */
#define SpaceUsedInTXBuffer( p ) p->space_used_in_TX_buffer( p ) /* Tag: L2 public */
#define SpaceUsedInRXBuffer( p ) p->space_used_in_RX_buffer( p ) /* Tag: L2 public */
#define ClearTXBuffer( p ) p->clear_TX_buffer( p ) /* Tag: L2 public */
#define WriteBuffer( p, b, i ) p->write_buffer( p, b, i ) /* Tag: L2 public */
#define ReadBuffer( p, b, i ) p->read_buffer( p, b, i ) /* Tag: L2 public */
#define SendBreak( p, t ) p->send_break( p, t ) /* Tag: L2 public */
#define GetModemStatus( p ) p->get_modem_status( p ) /* Tag: L2 public */
#define GetLineStatus( p ) p->get_line_status( p ) /* Tag: L2 public */
#define ClearLineStatus( p ) p->clear_line_status( p ) /* Tag: L2 public */
#define Block( p, c ) p->block( p, c ) /* Tag: L2 public */
#define ClearError( p ) p->clear_error( p ) /* Tag: L2 public */
#ifdef __cplusplus
extern "C" {
#endif
unsigned short int GF_CONV CalculateBlockCRC16( unsigned int count,
unsigned short int startvalue,
void GF_DLL_FAR *buffer );
unsigned short int GF_CONV CalculateCharacterCRC16( unsigned short int crc,
unsigned char c );
unsigned short int GF_CONV CalculateCharacterCRC16m( unsigned short int crc,
unsigned char c );
unsigned long GF_CONV CalculateBlockCRC32( unsigned int count,
unsigned long startvalue,
void GF_DLL_FAR *buffer );
unsigned long GF_CONV CalculateCharacterCRC32( unsigned long crc,
unsigned char c );
void GF_CDECL _assti( void );
void GF_CDECL _ascli( void );
int GF_CDECL _asinb( unsigned io_address );
int GF_CDECL _asoutb( unsigned io_address, int value );
int GF_CONV asitime( void );
long GF_CONV _asgetdivisor( unsigned io_address, int ier_mask );
/*
* This function is also used in Data Windows. We don't define it
* twice so as to not get a compiler error.
*/
#if !defined( DW_DOT_H )
unsigned GF_CDECL machine( void );
#endif
void GF_CONV timer( unsigned ticks );
int GF_CONV submodel( void );
char GF_DLL_FAR * GF_CONV CommErrorName( int error_code );
char GF_DLL_FAR * GF_CONV AsciiControlCharacterName( int c );
int GF_CONV Change8259Priority( int irq );
int GF_CONV IsMicroChannel( void );
/*
* Removed in 5.10B
*
unsigned int GF_CONV get_bios_segment( void );
*
*/
long GF_CONV ElapsedTime( void );
int GF_CONV PortKillTime( PORT GF_DLL_FAR *port,
long milliseconds );
int GF_CONV DESQViewRunning( void );
int GF_CONV WindowsEnhancedMode( void );
void GF_CONV YieldWindowsTimeSlice( void );
void GF_CONV YieldDESQViewTimeSlice( void );
void GF_CONV SetDefaultBufferSize( unsigned int rx_buffer_size,
unsigned int tx_buffer_size );
int GF_CONV GetDsr( PORT GF_DLL_FAR *p );
int GF_CONV GetCd( PORT GF_DLL_FAR *p );
int GF_CONV GetRi( PORT GF_DLL_FAR *p );
int GF_CONV GetCts( PORT GF_DLL_FAR *p );
int GF_CONV GetParityError( PORT GF_DLL_FAR *p );
int GF_CONV GetOverrunError( PORT GF_DLL_FAR *p );
int GF_CONV GetFramingError( PORT GF_DLL_FAR *p );
int GF_CONV GetBreakDetect( PORT GF_DLL_FAR *p );
int GF_CONV WriteString( PORT GF_DLL_FAR *p, char GF_DLL_FAR *string,
int termination_sequence );
int GF_CONV WriteStringTimed( PORT GF_DLL_FAR *p, char GF_DLL_FAR *string,
int termination_sequence,
long milliseconds );
int GF_CONV WriteBufferTimed( PORT GF_DLL_FAR *p, char GF_DLL_FAR *buffer,
unsigned int count, long milliseconds );
int GF_CONV ReadCharTimed( PORT GF_DLL_FAR *p, long milliseconds );
int GF_CONV WriteCharTimed( PORT GF_DLL_FAR *port, int c, long milliseconds );
int GF_CONV ReadBufferTimed( PORT GF_DLL_FAR *port, char GF_DLL_FAR *buffer,
unsigned int count, long milliseconds );
int GF_CONV ReadString( PORT GF_DLL_FAR *port, char GF_DLL_FAR *buffer,
unsigned int size, int termination_sequence );
int GF_CONV ReadStringTimed( PORT GF_DLL_FAR *port, char GF_DLL_FAR *buffer,
unsigned int size,
int termination_sequence,
long milliseconds );
int GF_CONV ClearRXBuffer( PORT GF_DLL_FAR *port );
int GF_CONV IsTXEmpty( PORT GF_DLL_FAR *port );
int GF_CONV IsRXEmpty( PORT GF_DLL_FAR *port );
int GF_CONV IsTXFull( PORT GF_DLL_FAR *port );
int GF_CONV IsRXFull( PORT GF_DLL_FAR *port );
PORT * GF_CONV PortOpenFossil( int port_number, long baud_rate, char parity,
int word_length, int stop_bits );
PORT * GF_CONV PortOpenSmartDigiboard( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT GF_DLL_FAR * GF_CONV GF_DLL_FAR PortOpenGreenleaf( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT * GF_CONV PortOpenGreenleafPolled( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT * GF_CONV PortOpenModemAssist( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT * GF_CONV PortOpenGreenleafFast( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT * GF_CONV PortOpenBIOS( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT * GF_CONV PortOpenExtendedBIOS( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT * GF_CONV PortOpenSparkle( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT * GF_CONV PortOpenSmartArnet( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT * GF_CONV PortOpenSmartStarGate( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
PORT * GF_CONV PortOpenNasi( char GF_DLL_FAR *name, long baud_rate,
char parity, int word_length,
int stop_bits );
#if defined( GF_WINDOWS ) && !defined( GF_WIN32 )
PORT GF_DLL_FAR * GF_CONV PortOpenMSWindows( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits
);
unsigned int GF_CONV PortMSWindowsGetEventMask( PORT GF_DLL_FAR *port );
unsigned int GF_CONV PortMSWindowsGetMaskedEvents( PORT GF_DLL_FAR *port );
int GF_CONV PortEnableCommNotification( PORT GF_DLL_FAR *port,
HWND hwnd,
int in_notify,
int out_notify,
unsigned int event_mask );
#elif defined( GF_WIN32 )
PORT * GF_CONV PortOpenMSWin32( int port_number, long baud_rate,
char parity, int word_length,
int stop_bits );
unsigned int GF_CONV PortMSWin32GetEventMask( PORT *port );
HANDLE GF_CONV PortMSWin32GetCommHandle( PORT *port );
#endif
void GF_CONV SetPortIdleFunctionPtr( PORT_HOOK idle_fn );
/* void GF_CONV SetPortIdleFunctionPtr( int (GF_CONV GF_DLL_FAR *f)( PORT GF_DLL_FAR *port) );
*/
void GF_CONV SetUserErrorNameFunctionPtr( char *(GF_CONV GF_DLL_FAR *f)( int error ) );
void GF_CONV SetAbortModemFunctionPtr( PORT_HOOK abort_fn );
#ifdef VGFD
int GF_CONV InitGreenleaf( void );
int GF_CONV Get_COM1( void );
#endif
#ifdef __cplusplus
}
#endif
/*
* Things after this point are all in place in order to have compatibility
* with earlier versions of the CommLib. Feel free to delete everything
* from here down if you are not using any of the old function names.
*/
#define OFF 0
#define ON 1
#define glcrc( l, c, b ) CalculateBlockCRC16( l, c, b ) /* Tag: Misc private */
#ifdef COMPAT32
#if COMPAT32 > 0
#error Compatibility with the 3.x versions of CommLib are no longer supported!
#endif
#endif
/*
* _debug.h has macros and prototypes for the heap debugger. This will only
* be invoked for certain configurations when the _DEBUG macro is
* turned on. If memory debugging gets turned on, we set the macro
* GF_HEAP_DEBUGGER. If you want to build a debug library, but don't want
* to use our debugger, define GF_DISABLE_HEAP_DEBUGGER, and none of the
* stuff in _DEBUG.H will get turned on. You can define that constant
* in either your project, or the appropriate place in BUILD.INI.
*/
#include "_debug.h"
#endif /* #ifndef COMMLIB_DOT_H */
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