// [03/24/2015 shizd DJ] 用通用接口读非接卡数据
int PubReadCardM1( void)
{
uchar ucRet;
uchar ucConfig;
uint uiLen;
DevHandle hDevHandle;
uchar ucDataout[256];
uchar ucKey[6] = {0x11, 0x11, 0x22, 0x22, 0x33, 0x33};
char szTrack2Buf[256];
ET_MAGCARD szTrack2;
int nTrack2StxLen; // 保存二磁道SS标志的长度
int nTrack2FsPos; // 保存二磁道分隔符FS的位置
int i;
ucRet = EA_ucOpenRfCardDevEI((char *)"COM1", &hDevHandle, &ucConfig);// by shizd20150324 内外置射频统一打开接口
if( ucRet != EM_SUCCESS )
{
EA_vDisplay(2 ,"打开RFCARD失败!");
EA_ucCloseRfCardDevEI(&hDevHandle); // by shizd20150324 内外置射频统一关闭接口
PubuiInkey(2);
return EXCEPTION;
}
EA_vDisplay(2 ,"请放卡");
uiLen = 0;
BUFCLR(ucDataout);
ucRet = EA_ucMIFActivateLib(hDevHandle, 5, &uiLen, ucDataout);
EA_ucSetRFParamLib(hDevHandle,7,11);// by shizd20150324 统一在EA_ucMIFActivateLib之后调用
/*
// 根据卡片类型进行激活
switch(ucMifType)
{
case EM_mifs_S50:
ucRet = EA_ucMIFActivateLib(hDevHandle, EM_mifs_S50, &uiLen, ucDataout);
break;
case EM_mifs_S70:
ucRet = EA_ucMIFActivateLib(hDevHandle, EM_mifs_S70, &uiLen, ucDataout);
break;
case EM_mifs_PROCARD:
ucRet = EA_ucMIFActivateLib(hDevHandle, EM_mifs_PROCARD, &uiLen, ucDataout);
break;
case EM_mifs_PRO_S50:
// 对于这种卡片，如果按照S50存储卡方式激活，则后继该卡只能做为S50存 储卡使用
// ucRet = EA_ucMIFCardActivate(hDevHandle, EM_mifs_S50, &uiLen, ucDataout);
// 如果按照Pro卡方式激活，则后继该卡做为Pro卡使用
ucRet = EA_ucMIFCardActivate(hDevHandle, EM_mifs_PROCARD, &uiLen, ucDataout);
break;
case EM_mifs_PRO_S70:
// 对于这种卡片，如果按照S70存储卡方式激活，则后继只能做为S70存储卡 使用
// ucRet = EA_ucMIFCardActivate(hDevHandle, EM_mifs_S70, &uiLen, ucDataout);
// 如果按照Pro卡方式激活，则后继只能做为Pro卡使用
ucRet = EA_ucMIFCardActivate(hDevHandle, EM_mifs_PROCARD, &uiLen, ucDataout);
break;
case EM_mifs_TYPEBCARD:
ucRet = EA_ucMIFCardActivate(hDevHandle, EM_mifs_TYPEBCARD, &uiLen, ucDataout);
break;
default:
ucRet = EM_ERROR;
break;
}
*/
if( ucRet != EM_SUCCESS )
{
EA_vDisplay(2 ,"激活卡片失败=%d!", ucRet);
EA_ucCloseRfCardDevEI(&hDevHandle);
PubuiInkey(2);
return EXCEPTION;
} else { // by shizd20150324 读取非接卡二磁道数据
ucRet = EA_ucMIFAuthToRamLib(hDevHandle, 2, EM_mifs_KEYA, ucKey);
if (ucRet != EM_mifs_SUCCESS)
{
EA_vDisplay(2 ,"卡片认证失败!");
EA_ucCloseRfCardDevEI(&hDevHandle);
PubuiInkey(2);
return EXCEPTION;
}
BUFCLR(szTrack2Buf);
BUFCLR(ucDataout);
ucRet = EA_ucMIFReadLib(hDevHandle, 8, ucDataout);
if (ucRet != EM_SUCCESS)
{
EA_vDisplay(2 ,"读卡片失败!");
EA_ucCloseRfCardDevEI(&hDevHandle);
PubuiInkey(2);
return EXCEPTION;
}
memcpy(szTrack2Buf, ucDataout, 16);
BUFCLR(ucDataout);
ucRet = EA_ucMIFReadLib(hDevHandle, 9, ucDataout);
if (ucRet != EM_SUCCESS)
{
EA_vDisplay(2 ,"读卡片失败!");
EA_ucCloseRfCardDevEI(&hDevHandle);
PubuiInkey(2);
return EXCEPTION;
}
memcpy(szTrack2Buf+16, ucDataout, 16);
BUFCLR(ucDataout);
ucRet = EA_ucMIFReadLib(hDevHandle, 10, ucDataout);
if (ucRet != EM_SUCCESS)
{
EA_vDisplay(2 ,"读卡片失败!");
EA_ucCloseRfCardDevEI(&hDevHandle);
PubuiInkey(2);
return EXCEPTION;
}
memcpy(szTrack2Buf+32, ucDataout, 2);
EA_ucMIFHalt(hDevHandle);//by shizd20150324 挂起卡片
}
memset ((char *) &szTrack2, 0, sizeof (ET_MAGCARD));
memcpy(szTrack2.aucTrkBuf , szTrack2Buf,strlen(szTrack2Buf));
szTrack2.ucTrkFlag = EM_mag_SUCCESS;
szTrack2.ucTrkLength = strlen(szTrack2Buf);
nTrack2StxLen = 0;
for (i = 0; i < szTrack2.ucTrkLength; i++) // 确定分隔符FS的位置,如果不是0-9,就认为是FS,Mastercard的FS为符号'='
{
if ((szTrack2.aucTrkBuf[i] < '0')
|| (szTrack2.aucTrkBuf[i] > '9'))
break;
}
if (i >= szTrack2.ucTrkLength) // 若没找到分隔符，按PAN长度位最长算即19推算，FS的位置
{
i = nTrack2StxLen + 19;//chenjs20061025 add
}
nTrack2FsPos = i;
memcpy (GBTRANSDATA.stPosLs.szCardNo, szTrack2.aucTrkBuf + nTrack2StxLen,
nTrack2FsPos - nTrack2StxLen);
EA_vDisplay(2 ,"卡号:%s",GBTRANSDATA.stPosLs.szCardNo);
EA_vDisplay(3 ,"请确认");
EA_uiInkey(10);
EA_ucCloseRfCardDevEI(&hDevHandle);
return NORMAL;
}
void vHaveNoDialNum(void)
{
INT8 cTempNo[DIALNOLEN];
UINT8 i,ucAct,ucKeyValue;
UINT8 ucReFlag=0,ucKeyFlag=0;
vClearCallNo();
memset(cTempNo,0x00,sizeof(cTempNo));
while(1)
{
ucAct=ucGetActAndKey(&ucKeyValue);
if(ucAct==KEYHIT)
{
switch(ucKeyValue)
{
case KEY_X07:
ucKeyValue='#';
case KEY_X08:
if(ucKeyValue==KEY_X08)
{
ucKeyValue='*';
}
case KEY_0:
case KEY_1:
case KEY_2:
case KEY_3:
case KEY_4:
case KEY_5:
case KEY_6:
case KEY_7:
case KEY_8:
case KEY_9:
EA_cPhoneDial((char)ucKeyValue);
vSetCallNo(ucKeyValue);
vGetCallNo(cTempNo);
display(3,cTempNo);
ucKeyFlag=1;
break;
case KEY_REDIAL:
if(ucKeyFlag==0)
{
cls();
EA_vDisplay(3, "无号码不可以重拨");
break;
}
vCallEnd();//挂机
ucReFlag=0;
if(EA_cPhoneGetHs())
{
vSwitchHandSet();
}
else
{
vSwitchHandFree();
}
EA_vDelayMs(400);
memset(cTempNo, 0x00, sizeof(cTempNo));
vGetReDialNo(cTempNo);
vClearCallNo();
EA_ucTeleDialStr(cTempNo);
for(i = 0 ; i < strlen(cTempNo); i ++)
{
vSetCallNo(cTempNo[i]);
}
ucReFlag = 1;
EA_vDisplay(1, " 重拨电话");
display(3, cTempNo);
break;
default:
break;
}
}
else if(ucAct==CALLON_SET)
{
vSwitchHandSet();
}
else if(ucAct==CALLON_FREE)
{
vSwitchHandFree();
}
else if(ucAct==CALLEND)
{
vCallEnd();
ucReFlag=0;
return;
}
}
}
int read_from_EFT(int *pLen, char *readstr)
{
char buffer[512];
ET_ProductInfo tProductInfo;
uint unActLen;
uchar ucRet;
DevHandle hRS232Handle = EM_INVALID_HANDLE;
unActLen = 0;
#ifdef EPT_A9L
memset(&tProductInfo, 0x00, sizeof(ET_ProductInfo));
EA_ucGetProductInfo(&tProductInfo);
if ( memcmp(tProductInfo.acName , "E520" , 4) == 0 && tProductInfo.ucMachType == 2)
{
ucRet = EA_ucOpenDevice("COM3", 0, &hRS232Handle);
}
else
{
ucRet = EA_ucOpenDevice(SERIAL_PORT, 0, &hRS232Handle);
}
#else
ucRet = EA_ucOpenDevice("COM", EM_io_PORT1, &hRS232Handle);
#endif
if (ucRet != EM_SUCCESS || hRS232Handle == EM_INVALID_HANDLE)
{
EA_vCls();
EA_vDisplay(2, "打开RS232口出错[%02x]", ucRet);
EA_ucCloseDevice(&hRS232Handle);
PubuiInkey(3);
return (EXCEPTION);
}
ucRet = EA_ucInitRS232(hRS232Handle, EM_232_9600BPS, EM_232_NOPAR, EM_232_8DBS);
if (ucRet != EM_SUCCESS)
{
EA_vCls();
EA_vDisplay(2, "RS232初始化错[%02x]", ucRet);
EA_ucCloseDevice(&hRS232Handle);
PubuiInkey(3);
return (EXCEPTION);
}
while (1)
{
*pLen = 0;
/*
* read STX 0x02 until time out
*/
memset (buffer ,0 ,sizeof(buffer));
do
{
if(EM_key_HIT == EA_ucKBHit())
{
EA_ucCloseDevice(&hRS232Handle);
return (EXCEPTION);
}
EA_ucReadDeviceMs(hRS232Handle, 1, 10, buffer, &unActLen);
} while (buffer[0] != 0x02);
//read left data
ucRet = EA_ucReadDeviceMs(hRS232Handle, 200, 10, buffer+1, &unActLen);
if (ucRet != EM_SUCCESS || unActLen > 200)
continue;
// debug_print((char*)"SERIAL CMD", buffer, unActLen + 1);//FIXME
*pLen = unActLen + 1;
memcpy(readstr, buffer, *pLen);
break;
} //end of while
EA_ucCloseDevice(&hRS232Handle);
return (NORMAL);
}
/*****************************************************************
函数原型：Device_Handle_Init()
功能描述：设备所有句柄初始化
参数描述：
返回值： OK ? NOTOK
作 者： 刘及华
日 期： 2012-11-24
修改历史：
日期 修改人 修改描述
------ --------- -------------
*****************************************************************/
INT8U Device_Handle_Init(void)
{
uchar ucRet;
uint cap_sd;
if (EA_ucOpenDevice("RFCARD", EM_mifs_TYPEA, &hMifsHandle) != EM_SUCCESS)
{
lcddisperr("读卡器初始化失败");
return notok;
}
if ( EA_ucOpenDevice("PRINT", EM_io_REALMODE, &hDprinterHandle) != EM_SUCCESS )
{
lcddisperr("获得打印操作句柄失败!");
return notok;
}
if ( EA_ucOpenDevice("USBD", EM_io_REALMODE, &hUSBDHandle) != EM_SUCCESS )
{
lcddisperr("获得打印操作句柄失败!");
return notok;
}
// if ( EA_ucOpenDevice("WLM", 0, &hWLMHandle) != EM_SUCCESS )
// {
// lcddisperr("获得GPRS句柄失败!");
// return notok;
// }
///////////////////////////////////////////////打印机设置参数
ucRet = EA_ucInitPrinter(hDprinterHandle);
if ( ucRet != EM_SUCCESS )
{
EA_vDisplay(2, "初始化打印机芯失败!");
return notok;
}
ucRet = EA_ucSetPrinterFormat(hDprinterHandle, EM_prn_XSPACE, 0);
if ( ucRet != EM_SUCCESS )
{
lcddisperr("打印字符间距设置失败");
return notok;
}
ucRet = EA_ucSetPrinterFormat(hDprinterHandle, EM_prn_YSPACE, 8);
if ( ucRet != EM_SUCCESS )
{
lcddisperr("打印行距设置失败");
return notok;
}
// ucRet = EA_ucSetPrinterFormat(hDprinterHandle, EM_prn_PAGESPACE, 578);
ucRet = EA_ucSetPrinterFormat(hDprinterHandle, EM_prn_PAGESPACE , 180);
if ( ucRet != EM_SUCCESS )
{
lcddisperr("打印页长度设置失败");
return notok;
}
ucRet = EA_ucSetPrinterFormat(hDprinterHandle, EM_prn_ASCII_DOTTYPE, EM_prn_ASCIIDOT24X12);
if ( ucRet != EM_SUCCESS )
{
lcddisperr("打印ASCII字符设置失败");
return notok;
}
ucRet = EA_ucSetPrinterFormat(hDprinterHandle, EM_prn_ASCII_PRNTYPE, EM_prn_ASCIIPRN1X1);
if ( ucRet != EM_SUCCESS )
{
lcddisperr("打印ASCII字符大小失败");
return notok;
}
ucRet = EA_ucSetPrinterFormat(hDprinterHandle, EM_prn_HZ_DOTTYPE, EM_prn_HZDOT24X24);
if ( ucRet != EM_SUCCESS )
{
lcddisperr("打印汉字设置失败!");
return notok;
}
ucRet = EA_ucSetPrinterFormat(hDprinterHandle, EM_prn_HZ_PRNTYPE, EM_prn_HZPRN1X1);
if ( ucRet != EM_SUCCESS )
{
lcddisperr("打印汉字大小设置失败");
return notok;
}
ucRet = EA_ucSetPrinterFormat(hDprinterHandle, EM_prn_PRNGRAY, 4);
if ( ucRet != EM_SUCCESS )
{
lcddisperr("打印灰度设置失败");
return notok;
}
/////////////////////////////////////////////////////////////////////////////初始化时候只设置一次
if (EA_ucOpenDevice("SAM1CARD", 0, &hSam1Handle) != EM_SUCCESS)
{
lcddisperr("PSAM卡初始化失败");
return notok;
}
// if (EA_ucOpenDevice("USERCARD", 0, &hCpuHandle) != EM_SUCCESS)
// {
// lcddisperr("CPU卡初始化失败");
// return notok;
// }
// if (EA_ucICInitModule(hCpuHandle, EM_ic_VOLDEFAULT, EM_ic_TCRMODE) != EM_SUCCESS)
// {
// lcddisperr("设置CPU规范失败");
// return notok;
// }
ucRet = EA_ucOpenDevice("USBD", 0, &hRS232Handle);
if ( ucRet != EM_SUCCESS )
{
(void)EA_ucCloseDevice(&hRS232Handle);
lcddisperr("COM口初始化失败!");
return notok;
}
ucRet = EA_ucInitRS232(hRS232Handle, EM_232_115200BPS, EM_232_NOPAR, EM_232_8DBS);
if ( ucRet != EM_SUCCESS )
{
(void)EA_ucCloseDevice(&hRS232Handle);
lcddisperr("COM口设置失败!");
return notok;
}
//获取SD卡信息
ucRet = EA_ucGetDiskInfo(EM_DISK_SDCARD, &ptDiskInfo);
if ( ucRet != EM_SUCCESS )
{
lcddisperr("请插入SD卡!");
return notok;
}
cap_sd = ptDiskInfo.ullSize / 0x100000;
EA_vDisplay(3, " SD卡可用容量%dM", cap_sd);
SleepMs(2000);
if(cap_sd < 1)
{
lcddisperr("请及时清理SD中数据!");
Beeperr();
}
// // 分配空间来存储磁盘的分区列表
// ptPartList = EA_pvMalloc(ptDiskInfo.uiPartNum * sizeof(ptPartList));
// if (!ptPartList)
// {
// lcddisperr("分配SD卡缓存区失败!");
// return notok;
// }
// // 获取磁盘的分区列表
// ucRet = EA_ucGetPartList(EM_DISK_SDCARD, ptDiskInfo.uiPartNum, &uiRealPartNum, ptPartList);
// if (ucRet != EM_SUCCESS)
// {
// EA_vFree(ptPartList);
// lcddisperr("获取SD卡列表失败!");
// return notok;
// }
//
// EA_vDisplay(1, "分区数目:%d", ptDiskInfo.uiPartNum);
// SleepMs(3000);
ucRet = EA_ucGetPartInfo(EM_DISK_SDCARD, 0, &ptPartInfo);
if (ucRet != EM_SUCCESS)
{
lcddisperr("获取SD卡分区信息失败!");
return notok;
}
return ok;
}
/******************************************************************************
函数名称：print_work_note_history
功能描述：打印日结算历史票据
参数名称：输入/输出？ 类型 描述
输入
返 回 值：
作 者 ：于福勇
日 期：2004-09-02
修改历史：
日期 修改人 修改描述
------ --------- -------------
******************************************************************************/
void print_work_note_his(INT8U * rec)
{
uchar ucRet;
INT8U RecBuff[70];
INT8U strbuff[50];
INT8U time[7+2];
_BANLANCE_IN_HAND * prec = (_BANLANCE_IN_HAND *)rec;
EA_vCls();
EA_vDisplay(1, " 历史日结帐单打印 ");//(int qx, int qy, char * ceStr, int xyFlag)
EA_vDisplay(2, " 请等待... ");//(int qx, int qy, char * ceStr, int xyFlag)
SleepMs(1500);
memset(RecBuff, 0, sizeof(RecBuff));
ucRet = EA_ucGetPrinterStatus(hDprinterHandle); //打印前必须判断打印机的状态
if( ucRet == EM_prn_PAPERENDED )
{
EA_vCls();
EA_vDisplay(1, " 缺纸,打印失败! ");
EA_vDisplay(2, " 请放入纸张后 ");
EA_vDisplay(3, " 按确认任意键 ");
EA_uiInkey(0);
}
if( ucRet == EM_prn_OVERHEAT )
{
EA_vDisplay(2, " 机芯温度过高 ");
EA_vDisplay(3, " 请稍后再打印 ");
EA_uiInkeyMs(500);
return;
}
if( ucRet == EM_prn_LOWVOL )
{
EA_vDisplay(2, " 电池电量过低 ");
EA_vDisplay(3, " 请充电后再打印 ");
EA_uiInkeyMs(500);
return;
}
(void)EA_ucPrinterAutoFeeding(hDprinterHandle);
///打印头
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)"淄博市公共汽车公司\r\n");
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)"日结帐单历史记录\r\n");
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)"------------------------------\r\n");
//消费次数
sprintf((void *)strbuff, "天然气加气次数 ：%6d次\r\n", prec->consume_cnt[0]);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
sprintf((void *)strbuff, "汽油93#加油次数：%6d次\r\n", prec->consume_cnt[1]);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
sprintf((void *)strbuff, "汽油97#加油次数：%6d次\r\n", prec->consume_cnt[2]);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
sprintf((void *)strbuff, "柴油加油次数 ：%6d次\r\n", prec->consume_cnt[3]);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)"------------------------------\r\n");
//消费体积
sprintf((void *)strbuff, "天然气体积 ：%6.2lf元\r\n", (double)(prec->consume_cap[0])/100);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
sprintf((void *)strbuff, "汽油93#体积：%6.2lf元\r\n", (double)(prec->consume_cap[1])/100);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
sprintf((void *)strbuff, "汽油97#体积：%6.2lf元\r\n", (double)(prec->consume_cap[2])/100);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
sprintf((void *)strbuff, "柴 油 体 积：%6.2lf元\r\n", (double)(prec->consume_cap[3])/100);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)"------------------------------\r\n");
//消费金额
sprintf((void *)strbuff, "天然气金额 ：%6.2lf元\r\n", (double)(prec->consume_amt[0])/100);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
sprintf((void *)strbuff, "汽油93#金额：%6.2lf元\r\n", (double)(prec->consume_amt[1])/100);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
sprintf((void *)strbuff, "汽油97#金额：%6.2lf元\r\n", (double)(prec->consume_amt[2])/100);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
sprintf((void *)strbuff, "柴 油 金 额：%6.2lf元\r\n", (double)(prec->consume_amt[3])/100);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)"------------------------------\r\n");
sprintf((void *)strbuff, "总 金 额 ：%6.2lf元\r\n", (double)(prec->consume_amt[0]+prec->consume_amt[1]+prec->consume_amt[2]
+prec->consume_amt[3])/100);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)"------------------------------\r\n");
//上班时间
memcpy(time, (INT8U*)&prec->work_datetime, 7);
sprintf((void *)strbuff, "上班时间：\r\n");
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char*)strbuff);
sprintf((void *)strbuff, "%02X%02X-%02X-%02X %02X:%02X:%02X\r\n", time[0],time[1],time[2],time[3],time[4],time[5],time[6]);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char*)strbuff);
//下班时间
memcpy(time, (INT8U*)&prec->down_datetime,7);
sprintf((void *)strbuff, "下班时间：\r\n");
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char*)strbuff);
sprintf((void *)strbuff, "%02X%02X-%02X-%02X %02X:%02X:%02X\r\n", time[0],time[1],time[2],time[3],time[4],time[5],time[6]);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char*)strbuff);
//分行符号
strcpy((void *)strbuff, "---------------------------------- \r\r\r");
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
//设备编号
htoa(RecBuff, &prec->equ_id[0], 3);
sprintf((void *)strbuff, "设备编号 ：%s\r\n", RecBuff);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
//商户号
htoa(RecBuff, &prec->acnt_id[0], 2);
sprintf((void *)strbuff, "站 点 号：%s\r\n", RecBuff);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
//操作员号
htoa(RecBuff, &prec->oper_id[0], 1);
sprintf((void *)strbuff, "加油员工号：%s\r\n", RecBuff);
(void)EA_ucLinePrinter(hDprinterHandle, 0, (char *)strbuff);
// 打印最后调用换页命令
ucRet = EA_ucLinePrinter(hDprinterHandle, 0, "\f");
if ( ucRet == EM_SUCCESS )
{
EA_vDisplay(2, "本次打印结束!");
Beep(1000);
EA_uiInkeyMs(2000);
}
}
// *****************************************************************
// 功能： man_set_busnum
// 说明: 手动输入车号
// 入口参数：
// 出口参数： Null
// 作者：
// 返回值： Null
// *****************************************************************
void man_set_busnum(void)
{
INT8U i = 0;
INT8U input1[20];
uchar uckey;
uint uikey;
uchar ret;
uchar temp_uc[5];
// if ( strcmp((void *)&DevStat.bus_number[0], "12345") == 0 )
// {
// goto set_bus_number;
// }
EA_vCls();
lcddisp(2, 1, (void *)"输入车号: ");
strcpy((void *)input1, "");
for ( ;; )
{
i = EA_ucGetInputStr(2, 10, 20, EM_BIG_FONT | EM_MODE_CHAR | EM_ALIGN_LEFT | EM_SHOW_ORIGINALLY
, 5, 5, 0, (void *)input1); //刘及华，修改只能输入数字和字母
if ( i == EM_SUCCESS )
break;
if ( i == EM_ABOLISH )
return; //do nothing
}
memcpy((void *)&CardInfo.bus_number[0], (void *)input1, 5);
WriteParam();
EA_ucSetInverse(EM_lcd_INVON);
lcddisp(3, 1, (void *)" 输入成功 ");
EA_ucSetInverse(EM_lcd_INVOFF);
SleepMs(1500);
RESELECT:
memcpy(temp_uc, &CardInfo.bus_number[0], 5);
i = BlackName_Find((char *)temp_uc); //白名单判断
if ( i != ok ) //不是白名单
{
lcddisperr("该卡不在白名单中");
Beeperr();
return;
}
EA_vCls();
EA_vDisplay(1, "车 号 :鲁C-%s", CardInfo.bus_number);
lcddisp(4, 1, (void *)" 请刷员工卡 ");
while(1)
{
if( CardInit() == ok )
break;
uckey = EA_ucKBHit();
if ( uckey == EM_key_HIT ) //按下取消键
{
uikey = EA_uiInkey(0);
if ( uikey == EM_key_CANCEL ) //按下取消键
{
return ;
}
}
}
ret = M1CardProcess(); //再检测员工卡
if(ret == ok)
{
;
}
else
{
goto RESELECT;
}
return;
}
/*
ucKeyFileID : 密钥文件ID
ucBossNo[] : 商户号，有效长度15
ucTermNo[] : 终端号，有效长度8
返回值
uiRecID : 记录号（第几组密钥）
uiState : 状态，0表示可用,1表示已用
uiKEKIndex : KEK索引
ucKeyInfo[] : 密钥信息，有效长度24
步骤：
1、通过 商户号+终端号，搜索密钥文件是否存在该记录，返回记录号uiRecID
2、若存在该记录，读取该记录信息。返回 EM_SUCCESS
3、若不存在该记录，返回 EM_ERROR
*/
uchar ucKeyExtract(uchar ucKeyFileID,uchar ucBossNo[],uchar ucTermNo[],uint *uiRecID,uint *uiState,uint *uiKEKIndex, uchar ucKeyInfo[] ,uchar * ucTMKIndex)
{
uchar ucResult; //返回API函数的结果
ushort usLen,usOffset; //用于搜索
uchar ucSearchArr[23]; //存放 商户号+终端号,用于搜索
uchar ucBuff[30]; //搜索关键字格式
uint iIndex; //用于循环
uchar ucRecInfo[100]; //ucKeyInfo[]+1字节的状态字(初始为0x00)
uint uiRecCntW;
uint uiTmkIndex;
//搜索是否有同一 (商户号+终端号)
for( iIndex = 0; iIndex < 15; iIndex++)
ucSearchArr[iIndex] = ucBossNo[iIndex];
for( iIndex = 0; iIndex < 8; iIndex++)
ucSearchArr[15 + iIndex] = ucTermNo[iIndex];
//先构造搜索关键字
usLen = 23; // 要查找数据的长度 An23: 商户号An15 + 终端号An8
usOffset = 0; // 从版本号 N4 字符串后面开始,strlen("0001")
memcpy(ucBuff, &usLen, sizeof(ushort)); // 拷贝要查找的关键字长度
memcpy(&ucBuff[sizeof(ushort)], &usOffset, sizeof(ushort)); // 拷贝要查找数据在记录中的偏移
memcpy(&ucBuff[2*sizeof(ushort)], ucSearchArr, usLen); // 拷贝要查找的关键字
usOffset = 0; // 结束查找数据
memcpy(&ucBuff[2*sizeof(ushort)+usLen], &usOffset, sizeof(ushort));
*uiRecID=0;
//从文件头信息文件中 第一条记录 开始查找
ucResult =EA_ucPFFindRec( ucKeyFileID, 1, ucBuff, uiRecID);
if( ucResult == EM_SUCCESS && uiRecID != 0 )
{
//读取记录信息
if(EA_ucPFReadRec( ucKeyFileID, *uiRecID, 1, &uiRecCntW, ucRecInfo) ==EM_SUCCESS)
{
//提取记录信息供返回
//状态
*uiState = ucRecInfo[48] - '0';
//KEY索引
*uiKEKIndex = ucRecInfo[47]/16*10 + ucRecInfo[47] % 16;
uiTmkIndex = ucRecInfo[49]/16*10 + ucRecInfo[49] % 16;
sprintf(ucTMKIndex , "%02d" , uiTmkIndex);
#ifdef SET_DEBUG
PubDisplay(1 , "[%ld]tmk[%ld]", *uiKEKIndex ,uiTmkIndex );
PubDisplay(2 , "[%02x][%02x]" , ucRecInfo[47] , ucRecInfo[49]);
PubuiInkey(0);
#endif
//密钥密文
for( iIndex = 0; iIndex < 24; iIndex++)
ucKeyInfo [iIndex] = ucRecInfo [23 + iIndex];
}
}
else if( ucResult == EM_ffs_NOTFIND || ucResult == EM_ffs_INPUTERR)
{
//记录未找到，或者输入参数错误
PubClearAll();
PubDisplayInv(1, "错误");
PubDisplayCen(3,"没有找到匹配的密钥");
PubuiInkey(3);
return EM_ERROR;
}
else
{
//其他出错
PubClearAll();
if(ucResult == EM_ffs_CHECKERR)
EA_vDisplay(4,"内存变量校验出错");
if(ucResult == EM_ffs_FLASHERR)
EA_vDisplay(4,"flash坏");
if(ucResult == EM_ffs_NOTFMT)
EA_vDisplay(4,"未格式化");
if(ucResult == EM_ffs_SYSCLP)
EA_vDisplay(4,"文件系统崩溃");
if(ucResult == EM_ffs_NOTOPEN)
EA_vDisplay(4,"未打开文件");
PubuiInkey(3);
//关闭文件
ucResult = EA_ucPFClose( ucKeyFileID );
return EM_ERROR;
}
return EM_SUCCESS;
}
