/*

    File:       OTLLCTest.h

    Contains:   headers, defines for the OTLLCTest.c file

    Written by: Rich Kubota 

    Copyright:  Copyright © 1993-1999 by Apple Computer, Inc., All Rights Reserved.

                You may incorporate this Apple sample source code into your program(s) without

                restriction. This Apple sample source code has been provided "AS IS" and the

                responsibility for its operation is yours. You are not permitted to redistribute

                this Apple sample source code as "Apple sample source code" after having made

                changes. If you're going to re-distribute the source, we require that you make

                it clear in the source that the code was descended from Apple sample source

                code, but that you've made changes.

    Change History (most recent first):

                7/22/1999   Karl Groethe    Updated for Metrowerks Codewarror Pro 2.1

*/

#ifndef __OTLLCTEST__

#define __OTLLCTEST__

#ifndef __CONDITIONALMACROS__

#include <ConditionalMacros.h>

#endif

#ifdef __cplusplus

extern "C" {

#endif

#if PRAGMA_ALIGN_SUPPORTED

#pragma options align=mac68k

#endif

#if PRAGMA_IMPORT_SUPPORTED

#pragma import on

#endif

#include <stdio.h>

#include <Types.h>

#include <Memory.h>

#include <Resources.h>

#include <Events.h>

#include <OpenTransport.h>          // open transport files         

#include <OpenTptLinks.h>

// defines for setting and reading the data buffer

#define DATASIZE    1500

#define DATASLOP    50      // extra bytes for the incoming data buffer to hold

                            // mentat raw mode header and ethernet header

#define DATAOFFSET  1400    // first byte in data buffer where we place valid data

#define SENDCOUNT   10005   // number of data packets to send

#define TRIGGEREND  10000   // trigger point for receiver to end

// define the DSAP

//#define TESTSAP       0x00FF

#define TESTSAP     0xE0

//#define TESTSAP       0xAA

#define  MYSNAP0    0x00

#define  MYSNAP1    0x00

#define  MYSNAP2    0x0C

#define  MYSNAP3    0x20

#define  MYSNAP4    0x00

#define TIMEOUT     30      // seconds

// define the multicast address to use

#define MCASTADDR0  0x09

#define MCASTADDR1  0x00

#define MCASTADDR2  0x2B

#define MCASTADDR3  0x00

#define MCASTADDR4  0x00

#define MCASTADDR5  0x04

// defines for gFlags bits

#define OTActiveFlag    0

#define EPActiveFlag    1

#define EPBoundFlag     2

#define MCastActiveFlag 3

#define WantDataFlag    4

#define StillBindFlag   5

#define FlowErrFlag     7

#define FlowClrFlag     8

#define AckSendsFlag    9

#define UseAckSendsFlag 10

#define WaitOptMgmtFlag 11

#define RawModeFlag     12

#define UseRawModeFlag  13

#define SysTaskSendFlag 14

// gFlags macros for setting, testing and clearing the flag bits

#define SetOTActiveFlag(flags)      (flags |= 1 << OTActiveFlag)

#define ClrOTActiveFlag(flags)      (flags &= (-1 ^ (1 << OTActiveFlag)))

#define TstOTActiveFlag(flags)      ((flags & (1 << OTActiveFlag)) != 0)

#define SetEPActiveFlag(flags)      (flags |= 1 << EPActiveFlag)

#define ClrEPActiveFlag(flags)      (flags &= (-1 ^ (1 << EPActiveFlag)))

#define TstEPActiveFlag(flags)      ((flags & (1 << EPActiveFlag)) != 0)

#define SetEPBoundFlag(flags)       (flags |= 1 << EPBoundFlag)

#define ClrEPBoundFlag(flags)       (flags &= (-1 ^ (1 << EPBoundFlag)))

#define TstEPBoundFlag(flags)       ((flags & (1 << EPBoundFlag)) != 0)

#define SetMCastActiveFlag(flags)   (flags |= 1 << MCastActiveFlag)

#define ClrMCastActiveFlag(flags)   (flags &= (-1 ^ (1 << MCastActiveFlag)))

#define TstMCastActiveFlag(flags)   ((flags & (1 << MCastActiveFlag)) != 0)

#define SetWantDataFlag(flags)      (flags |= 1 << WantDataFlag)

#define ClrWantDataFlag(flags)      (flags &= (-1 ^ (1 << WantDataFlag)))

#define TstWantDataFlag(flags)      ((flags & (1 << WantDataFlag)) != 0)

#define SetStillBindFlag(flags)     (flags |= 1 << StillBindFlag)

#define ClrStillBindFlag(flags)     (flags &= (-1 ^ (1 << StillBindFlag)))

#define TstStillBindFlag(flags)     ((flags & (1 << StillBindFlag)) != 0)

#define SetFlowErrFlag(flags)       (flags |= 1 << FlowErrFlag)

#define ClrFlowErrFlag(flags)       (flags &= (-1 ^ (1 << FlowErrFlag)))

#define TstFlowErrFlag(flags)       ((flags & (1 << FlowErrFlag)) != 0)

#define SetFlowClrFlag(flags)       (flags |= 1 << FlowClrFlag)

#define ClrFlowClrFlag(flags)       (flags &= (-1 ^ (1 << FlowClrFlag)))

#define TstFlowClrFlag(flags)       ((flags & (1 << FlowClrFlag)) != 0)

#define SetAckSendsFlag(flags)      (flags |= 1 << AckSendsFlag)

#define ClrAckSendsFlag(flags)      (flags &= (-1 ^ (1 << AckSendsFlag)))

#define TstAckSendsFlag(flags)      ((flags & (1 << AckSendsFlag)) != 0)

#define SetUseAckSendsFlag(flags)   (flags |= 1 << UseAckSendsFlag)

#define ClrUseAckSendsFlag(flags)   (flags &= (-1 ^ (1 << UseAckSendsFlag)))

#define TstUseAckSendsFlag(flags)   ((flags & (1 << UseAckSendsFlag)) != 0)

#define SetWaitOptMgmtFlag(flags)   (flags |= 1 << WaitOptMgmtFlag)

#define ClrWaitOptMgmtFlag(flags)   (flags &= (-1 ^ (1 << WaitOptMgmtFlag)))

#define TstWaitOptMgmtFlag(flags)   ((flags & (1 << WaitOptMgmtFlag)) != 0)

#define SetRawModeFlag(flags)       (flags |= 1 << RawModeFlag)

#define ClrRawModeFlag(flags)       (flags &= (-1 ^ (1 << RawModeFlag)))

#define TstRawModeFlag(flags)       ((flags & (1 << RawModeFlag)) != 0)

#define SetUseRawModeFlag(flags)    (flags |= 1 << UseRawModeFlag)

#define ClrUseRawModeFlag(flags)    (flags &= (-1 ^ (1 << UseRawModeFlag)))

#define TstUseRawModeFlag(flags)    ((flags & (1 << UseRawModeFlag)) != 0)

#define SetSysTaskSendFlag(flags)   (flags |= 1 << SysTaskSendFlag)

#define ClrSysTaskSendFlag(flags)   (flags &= (-1 ^ (1 << SysTaskSendFlag)))

#define TstSysTaskSendFlag(flags)   ((flags & (1 << SysTaskSendFlag)) != 0)

#define kInSendPacketBit    0x01

enum {

    kSendTest = 1,

    kReceiveTest,

    kAcceptOption,

    kDeclineOption,

    kQuitTest

} TestTypes;

struct Address8022 {

    OTAddressType   fAddrFamily;

    UInt8           fHWAddr[k48BitAddrLength];

    UInt16          fSAP;

};

typedef struct Address8022 Address8022;

struct PacketBuffer {

    UInt32              rawModeOffset;

    UInt32              i;

    UInt32              lastFlowErrPacketNum;

    TUnitData           unitdata;

    struct T8022Address dAddr;

    UInt8               data[DATASIZE+32];

};

typedef struct PacketBuffer PacketBuffer;

typedef struct PacketBuffer *PacketBufPtr;

#if PRAGMA_IMPORT_SUPPORTED

#pragma import off

#endif

#if PRAGMA_ALIGN_SUPPORTED

#pragma options align=reset

#endif

#ifdef __cplusplus

}

#endif

#endif /* __OTLLCTEST__ */