int main(int argc, char *argv[])
{
NODEPTR headBone = NULL, tailBone = NULL;
NODEPTR headUser = NULL, tailUser = NULL;
NODEPTR headSystem = NULL, tailSystem = NULL;
NODEPTR headTrain = NULL, tailTrain = NULL;
NODEPTR curr = NULL, choice = NULL;
LIST *boneyard, *user, *system, *train;
FILE *ifp;
int numDom, menu, turn = CONTINUE, status;
int player = CONTINUE;
/* check for correct number of arguments */
if(argc != 3)
{
/* print message to standard error */
fprintf(stderr, "incorrect number of arguments.\n");
fprintf(stderr, "enter a.out, name of file, and number of starting\n");
fprintf(stderr, "dominoes.\n");
exit(-1);
}
int handSize = atoi(argv[2]);
char *fileName = argv[1];
ifp = fopen(fileName, "r");
/* check if the file opened correctly */
if(ifp == NULL)
{
fprintf(stderr, "%s is incorrect\n", fileName);
exit (-2);
}
/* makes sure num dominoes is positive */
if(atoi(argv[2]) <= 0)
{
/* print message to standard error */
fprintf(stderr, "number of dominoes must be positive\n");
exit(-3);
}
/* gather necessary memory for the LIST structs */
boneyard = (LIST *) malloc(sizeof(LIST));
if(boneyard == NULL)
{
fprintf(stderr, "Out of Memory - boneyard\n");
exit(-6);
}
user = (LIST *) malloc(sizeof(LIST));
if(user == NULL)
{
fprintf(stderr, "Out of Memory - user\n");
exit(-7);
}
system = (LIST *) malloc(sizeof(LIST));
if(system == NULL)
{
fprintf(stderr, "Out of Memory - system\n");
exit(-8);
}
train = (LIST *) malloc(sizeof(LIST));
if(train == NULL)
{
fprintf(stderr, "Out of Memory - train\n");
exit(-9);
}
/* point the head and tail to the list struct */
boneyard->head = headBone;
boneyard->tail = tailBone;
boneyard->nrNodes = 0;
user->head = headUser;
user->tail = tailUser;
headUser = user->head;
tailUser = user->head;
user->nrNodes = 0;
system->head = headSystem;
system->tail = tailSystem;
system->nrNodes = 0;
train->head = headTrain;
train->tail = tailTrain;
train->nrNodes = 0;
/* Creates the boneyard which holds all dominoes in the beginning */
numDom = CreateBoneyard(boneyard, ifp);
/* calculates max hand size for game of dominoes */
if(handSize >= (numDom - 1) / 2)
{
fprintf(stderr, "%d is too large for number of dominoes\n", handSize);
fprintf(stderr, "largest number of dominoes is %d\n", (numDom - 1) / 2);
exit(-4);
}
/* prints greeting to the user */
PrintGreeting();
/* prints program instructions */
PrintInstructions();
/* gives the user a linked list of dominoes */
DealUser(boneyard, user, handSize);
/* gives the system a linked list of dominoes */
DealSystem(boneyard, system, handSize);
/* takes the first node from the boneyard to be used as the train */
curr = boneyard->head;
boneyard->head = boneyard->head->next;
InsertLeft(train, curr);
/* prints the menu for user interface */
PrintMenu();
/* Game Loop */
while(player == CONTINUE)
{
/* player turn loop */
while(turn != OVER)
{
printf("The train (%d): ", train->nrNodes);
PrintList(train->head);
printf("\n\n");
printf("Your turn...(enter six for menu)\n");
menu = GetValidInt(); /* int used for menu nav */
switch(menu)
{
case PRINTDOMINO:
printf("Your Dominoes: ");
PrintList(user->head);
printf("\n");
turn = CONTINUE; /* print domino doesnt use up your turn */
break;
case INSERTLEFT:
/* selects a domino to play */
choice = SelectDominoLeft(train, user);
if(choice != NULL)
{
InsertLeft(train, choice);
turn = OVER;
} else {
turn = CONTINUE; /* if can't play, turn isnt lost */
}
break;
case INSERTRIGHT:
/* selects a domino to play */
choice = SelectDominoRight(train, user);
if(choice != NULL)
{
choice->next = NULL;
InsertRight(train, choice);
turn = OVER;
} else {
turn = CONTINUE;
}
break;
case DRAWDOMINO:
/* checks if boneyard is empty */
if(IsEmpty(boneyard->head) == FALSE)
{
status = CheckDomino(train, user, USER);
if(status == TRUE)
{
DrawDomino(user, boneyard);
turn = OVER;
} else {
printf("\nYou had a domino to play\n\n");
turn = CONTINUE;
}
} else {
printf("Boneyard is empty\n");
}
break;
case PASSTURN:
/* checks if you can play a domino and for empty boneyard */
if(CheckDomino(train, user, USER) == TRUE &&
IsEmpty(boneyard->head) == TRUE)
{
printf("\nuser passes his turn\n");
turn = OVER;
} else
if(IsEmpty(boneyard->head) == FALSE)
{
printf("\nCant pass, you can draw from the boneyard\n\n");
turn = CONTINUE;
} else {
printf("Can't pass you still have a domino to play");
}
break;
case PRINTMENU:
PrintMenu();
turn = CONTINUE;
break;
case QUIT:
turn = OVER;
player = QUIT;
break;
default:
printf("Dios Mios!!, esta numero no existan!!!\n");
break;
}
/* checks if player ran out of dominoes */
if(IsEmpty(user->head) == TRUE)
{
player = WIN;
}
}
turn = CONTINUE;
printf("The Train: ");
PrintList(train->head);
printf("\n");
/* computers turn */
if(player == CONTINUE)
{
printf("System's Hand: ");
PrintList(system->head);
printf("\n");
printf("\nSystem's turn...");
/* tries to play a domino for the system */
if(CheckDomino(train, system, SYSTEM) == FALSE)
{
system->nrNodes--;
printf("System has %d dominoes left\n\n", system->nrNodes);
} else
if(IsEmpty(boneyard->head) == FALSE) /* tries to draw domino */
{
DrawDomino(system, boneyard);
printf("System drew a domino from the boneyard\n");
printf("System has %d dominoes left\n\n", system->nrNodes);
} else {
/* last passes if can do neither of the above */
printf("System has passed this turn\n");
printf("System has %d dominoes left\n\n", system->nrNodes);
}
/* checks for empty hand */
if(IsEmpty(system->head) == TRUE)
{
player = LOSE;
}
}
}
if(player == WIN)
{
printf("Player Wins!\n");
/* destroys all linked lists */
DestroyList(user);
DestroyList(boneyard);
DestroyList(system);
DestroyList(train);
} else
if(player == LOSE)
{
/* destroys all linked lists */
printf("System Wins! You Lose!");
DestroyList(user);
DestroyList(boneyard);
DestroyList(system);
DestroyList(train);
} else {
/* destroys all linked lists */
printf("Hope you had a good game, Play again soon!\n");
DestroyList(user);
DestroyList(boneyard);
DestroyList(system);
DestroyList(train);
}
return 0;
}
/**
* @brief pos结算
* @param in cFlag 结算标识0正常结算 非0结算中断后的再次结算
* @return
* @li APP_SUCC
* @li APP_FAIL
* @li APP_QUIT
*/
int Settle(char cFlag)
{
char *pszTitle="结算";
STSYSTEM stSystem;
STAMT_NUM_SETTLE stAmtNumSettle;
STAMT_NUM_INFO_SETTLE stAmtNumInfo;
int nRet = 0;
char sPackBuf[MAX_PACK_SIZE];
int nPackLen = 0;
int nFieldLen = 0;
char szSettleDateTime[5+1];
char cProcStep = 0;
int nTagSum=0;
memset(&stSystem, 0, sizeof(STSYSTEM));
/*
* 检查POS限制，电量是否充足
*/
ASSERT_QUIT(DealPrintLimit());
if (cFlag)
{
/*
* 取原来结算中断的步骤
*/
if (YES == GetVarBatchHaltFlag())
{
cProcStep = 2;
}
else if (YES == GetVarPrintSettleHalt())
{
cProcStep = 3;
}
else if (YES == GetVarPrintDetialHalt())
{
cProcStep = 4;
}
else if (YES == GetVarClrSettleDataFlag())
{
cProcStep = 5;
}
}
else
{
cProcStep = 0;
/*
* 将批上送中断标识的数置为1，从第一笔开始送
*/
SetVarBatchMagOfflineHaltFlag(1);
SetVarFinanceHaltFlag(1);
SetVarMessageHaltFlag(1);
SetVarEmvOfflineUpNum(1);
SetVarEmvOnlineUpNum(1);
SetVarEMVOfflineFailHaltFlag(1);
SetVarEMVOnlineARPCErrHaltFlag(1);
/*
* 将批上送的笔数置为0，重新统计
*/
SetVarBatchSum(0);
}
/**
* 联机结算
*/
if (cProcStep <= 1)
{
/**
* 检查是否签到
*/
ASSERT_QUIT(ChkLoginStatus());
/**
* 执行冲正
*/
ASSERT_HANGUP_QUIT(DoReversal());
PubDisplayTitle(pszTitle);
/**
* 再次判断拨号
*/
ASSERT_HANGUP_QUIT(CommConnect());
/**
* 采集数据
*/
DealSystem(&stSystem);
CustodyTlvInit();
DealSettle(&stAmtNumInfo);
memset((char *)&stAmtNumSettle, 0, sizeof(stAmtNumSettle));
PubHexToAsc(stAmtNumInfo.nDebitAmount_N.sSettleAmt, 12, 0,(uchar*)stAmtNumSettle.sDebitAmt_N);
sprintf(stAmtNumSettle.sDebitNum_N, "%03ld", stAmtNumInfo.nDebitNum_N);
PubHexToAsc(stAmtNumInfo.nCreditAmount_N.sSettleAmt, 12, 0, (uchar*)stAmtNumSettle.sCreditAmt_N);
sprintf(stAmtNumSettle.sCreditNum_N, "%03ld", stAmtNumInfo.nCreditNum_N);
#if 0
stAmtNumSettle.cSettleCode_N = '0';
PubHexToAsc(stAmtNumInfo.nDebitAmount_W.sSettleAmt, 12, 0, (uchar*)stAmtNumSettle.sDebitAmt_W);
sprintf(stAmtNumSettle.sDebitNum_W, "%03ld", stAmtNumInfo.nDebitNum_W);
PubHexToAsc(stAmtNumInfo.nCreditAmount_W.sSettleAmt, 12, 0, (uchar*)stAmtNumSettle.sCreditAmt_W);
sprintf(stAmtNumSettle.sCreditNum_W, "%03ld", stAmtNumInfo.nCreditNum_W);
stAmtNumSettle.cSettleCode_W= '0';
#endif
memcpy(stSystem.szTransCode, "200001", 6);
memset(sPackBuf, 0, sizeof(sPackBuf));
nPackLen =0;
ASSERT_FAIL(CustodyTlvAddValue(1, stSystem.szTransCode, sPackBuf, &nPackLen, &nTagSum));
ASSERT_FAIL(CustodyTlvAddValue(2, stSystem.szDate, sPackBuf, &nPackLen, &nTagSum));
ASSERT_FAIL(CustodyTlvAddValue(3, stSystem.szTime, sPackBuf, &nPackLen, &nTagSum));
ASSERT_FAIL(CustodyTlvAddValue(4, stSystem.szTrace, sPackBuf, &nPackLen, &nTagSum));
ASSERT_FAIL(CustodyTlvAddValue(5, stSystem.szBatchNo, sPackBuf, &nPackLen, &nTagSum));
ASSERT_FAIL(CustodyTlvAddValue(7, stSystem.szPosID, sPackBuf, &nPackLen, &nTagSum));
ASSERT_FAIL(CustodyTlvAddValue(8, stSystem.szShopID, sPackBuf, &nPackLen, &nTagSum));
ASSERT_FAIL(CustodyTlvAddValueLen(34, (char *)&stAmtNumSettle,36, sPackBuf, &nPackLen, &nTagSum));
/**
*拨号
*/
ASSERT_HANGUP_QUIT(CommConnect());
ASSERT_HANGUP_FAIL(CustodyPack(sPackBuf, &nPackLen, nTagSum));
IncVarTraceNo();
ASSERT_HANGUP_FAIL(CommSend(sPackBuf, nPackLen));
ASSERT_HANGUP_FAIL(CommRecv(sPackBuf, &nPackLen));
ASSERT_HANGUP_FAIL(CustodyUpPack(sPackBuf, &nPackLen, &nTagSum));
ASSERT_HANGUP_FAIL(CustodyChkRespon(&stSystem, sPackBuf, nPackLen));
if (memcmp(stSystem.szResponse, "00", 2) != 0)
{
CommHangUp();
CustoyDispResp(stSystem.szResponse, stSystem.szRespInfo);
return APP_QUIT;
}
ASSERT_FAIL(CustodyGetField(34, (char *)&stAmtNumSettle.cSettleCode_N, &nFieldLen));
if(stAmtNumSettle.cSettleCode_N == '1' || stAmtNumSettle.cSettleCode_N == '2' || stAmtNumSettle.cSettleCode_N == '3')
{
SetVarCnCardFlag(stAmtNumSettle.cSettleCode_N);/*<内卡应答码*/
}
else
{
PubMsgDlg("结算", "内卡\n对帐应答代码错误", 3, 10);
CommHangUp();
return APP_FAIL;
}
/**
* 保存结算日期时间
*/
PubAscToHex((uchar *)stSystem.szDate+4, 4, 0, (uchar *)szSettleDateTime);
PubAscToHex((uchar *)stSystem.szTime, 6, 0, (uchar *)szSettleDateTime + 2);
SetVarSettleDateTime(szSettleDateTime);
}
/**
* 批上送
*/
if (cProcStep <= 2)
{
SetVarBatchHaltFlag(YES);
/*银商要求除了通讯\打包问题，
批上送应答只显示但是不失败,
都强制成功*/
//现在没有需要离线上送的交易
//ASSERT_HANGUP_FAIL(DoBatchUp());
SetVarBatchHaltFlag(NO);
}
CommHangUp();
/**
* 打印结算单
*/
if (cProcStep <= 3)
{
SetVarPrintSettleHalt(YES);
PubClearAll();
PubDisplayTitle("正在打印结算单");
PubDisplayGen(3, "请稍候");
PubUpdateWindow();
nRet = PrintSettle(FIRSTPRINT);
if (nRet == APP_FAIL)
{
return APP_FAIL;
}
SetVarPrintSettleHalt(NO);
}
/**
* 打印明细单
*/
if (cProcStep <= 4)
{
SetVarPrintDetialHalt(YES);
if (YES == GetVarIsPrintWaterRec())
{
int nSelect = 0;
nRet = ProSelectList("0.否||1.是", "是否打印明细", 0xFF, &nSelect);
if (nRet == APP_SUCC && nSelect == 1)
{
PubClear2To4();
PubDisplayGen(3, "打印明细单");
PubUpdateWindow();
nRet = PrintAllWater();
if (nRet == APP_FAIL)
{
return APP_FAIL;
}
}
}
SetVarPrintDetialHalt(YES);
#if 0
if(GetFailSendNum(0xFF) != 0)
{
PubClearAll();
PubDisplayGen(3, "打印上送不成功的");
PubDisplayGen(4, "交易明细");
PubUpdateWindow();
nRet = PrintFailWater(0xFF);
if (nRet != APP_SUCC)
{
return APP_FAIL;
}
}
if(GetFailSendNum(0xFE) != 0)
{
PubClearAll();
PubDisplayGen(3, "打印上送被拒的");
PubDisplayGen(4, "交易明细");
PubUpdateWindow();
nRet = PrintFailWater(0xFE);
if (nRet != APP_SUCC)
{
return APP_FAIL;
}
}
#endif
SetVarPrintDetialHalt(NO);
}
/*
* 清除结算数据流水等
*/
if (cProcStep <= 5)
{
SetVarClrSettleDataFlag(YES);
PubClearAll();
PubDisplayTitle(pszTitle);
PubDisplayGen(2, "正在处理结算");
PubUpdateWindow();
nRet = InitWaterFile();/**<清除流水*/
ASSERT(nRet);
if (nRet != APP_SUCC)
{
InitWaterFile();/**<清除流水*/
}
ClearSettle();/**<清除结算数据*/
IncVarBatchNo();/**<批次号加一*/
SetVarClrSettleDataFlag(NO);
SetVarOfflineUnSendNum(0);
}
PubClearAll();
PubDisplayTitle(pszTitle);
PubDisplayStrInline(DISPLAY_MODE_CENTER, 2, "结 算 成 功");
PubUpdateWindow();
return APP_SUCC;
}