int IsCardReady(Communicator& comm,int& cardA,int& cardB,int macNo/* =255 */)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x02;
int dataLen=0;
BYTE tempBuffer[16];
BYTE SRBuffer[64];
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,64,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
if((SRBuffer[4]&(0x04))!=0)
cardA=1;
else
cardA=0;
if((SRBuffer[4]&(0x08))!=0)
cardB=1;
else
cardB=0;
if(SRBuffer[2]==0)
return 0;
else
return SCERR_OPERROR;
}
int GetScriptData(Communicator& comm,int offset,unsigned char bytes,SmartCom::string& strData,int macNo)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x0d;
int dataLen=5;
BYTE tempBuffer[8];
BYTE SRBuffer[300];
tempBuffer[0]=(BYTE)(offset>>24);
tempBuffer[1]=(BYTE)((offset>>16)&0x000000ff);
tempBuffer[2]=(BYTE)((offset>>8)&0x000000ff);
tempBuffer[3]=(BYTE)(offset&0x000000ff);
tempBuffer[4]=bytes;
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,300,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
char t[4];
strData="";
for(int i=0;i<SRBuffer[3];i++)
{
sprintf(t,"%02X",SRBuffer[4+i]);
strData+=t;
if(i!=SRBuffer[3]-1)
strData+=" ";
}
if(SRBuffer[2]==0)
return 0;
else
return SCERR_OPERROR;
}
int GetDevIDAndMacNo(Communicator& comm,SmartCom::string& devID,int& macNo)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
int cmd=0xe1;
int dataLen=0;
BYTE tempBuffer[1];
BYTE SRBuffer[64];
int packetLen=PrepareBytes(255,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,64,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
char t[8];
//将设备ID十六进制转换成字符串
devID="";
for(int i=4;i<11;i++)
{
sprintf(t,"%02X",*(SRBuffer+i));
devID+=t;
if(i!=10)
{
devID+=" ";
}
}
macNo=*(SRBuffer+11);
if(SRBuffer[2]==0)
return 0;
else
return SCERR_OPERROR;
}
int ExcuteMulAPDUAsyn(Communicator& comm,int cmdNum,int card/* =1 */,int macNo/* =255 */)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x0c;
int dataLen=3;
BYTE tempBuffer[4];
BYTE SRBuffer[32];
tempBuffer[0]=card;
tempBuffer[1]=(cmdNum>>8);
tempBuffer[2]=(cmdNum&0x00ff);
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,32,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
if(0==SRBuffer[2])
return 0;
else
return SCERR_OPERROR;
}
int ResetCard(Communicator& comm,SmartCom::string& retCode,int card /* =1 */,int macNo/* =255 */)
{
retCode="";
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x03;
if(2==card)
cmd=0x05;
int dataLen=0;
BYTE tempBuffer[4];
BYTE SRBuffer[64];
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int ret,recLen;
CommProcess(comm,SRBuffer,64,packetLen,ret,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
for(int i=0;i<SRBuffer[3];i++)
{
sprintf((char*)tempBuffer,"%02X",SRBuffer[i+4]);
tempBuffer[2]='\0';
retCode+=(char*)tempBuffer;
}
if(0x3b==SRBuffer[4]||0x3f==SRBuffer[4])
return 0;
else
return SCERR_OPERROR;
}
int GetChipID(Communicator& comm,char* chipID,int len,int macNo/* =255 */)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x01;
int dataLen=0;
BYTE tempBuffer[16];
BYTE SRBuffer[64];
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,64,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
sprintf((char*)tempBuffer,"%02X",*(SRBuffer+4));
tempBuffer[2]='\0';
assert(len>2);
strcpy(chipID,(char*)tempBuffer);
if(SRBuffer[2]==0)
return 0;
else
return SCERR_OPERROR;
}
int DownloadBin(Communicator& comm,int flag,const char* bin,unsigned int len,int macNo)
{
if(NOT_CONNECT==comm.m_nCommtype)
return -2;
if(macNo>255||macNo<1)
return -3;
int cmd=0x0e;
if(2==flag)
cmd=0x0f;
int dataLen=0;
BYTE tempBuffer[150];
BYTE SRBuffer[150];
//每次下载m字节
const int m=128;
unsigned long readNum=0;
UINT filePos=0;
unsigned int i=0;
bool loop=true;
while(loop)
{
if(i+m<len)
{
memcpy(tempBuffer+4,bin+i,m);
i+=m;
readNum=m;
}
else
{
int left=len-i;
if(0==left)
break;
memcpy(tempBuffer+4,bin+i,left);
loop=false;
readNum=left;
}
dataLen=4+readNum;
//填充下载命令的数据项
tempBuffer[0]=filePos>>24;//文件偏移地址的最高字节
tempBuffer[1]=(filePos>>16)&0x000000ff;//文件偏移地址的次高字节
tempBuffer[2]=(filePos>>8)&0x000000ff;//文件偏移地址的低字节
tempBuffer[3]=filePos&0x000000ff;//文件偏移地址的最低字节
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,150,packetLen,retCode,recLen);
if(recLen<0)
{
return -1;
}
if(0!=SRBuffer[2])
{
return -4;
}
filePos+=readNum;
}
return 0;
}
int ModifyCardBraudRate(Communicator& comm,int braudRate,int macNo/* =255 */)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x08;
int dataLen=1;
BYTE tempBuffer[4];
BYTE SRBuffer[32];
int index=0;
switch(braudRate)
{
case 115200:
index=1;
break;
case 57600:
index=2;
break;
case 38400:
index=3;
break;
case 28800:
index=4;
break;
case 23040:
index=5;
break;
case 19200:
index=6;
break;
case 14400:
index=8;
break;
case 12800:
index=9;
break;
case 9600:
index=12;
break;
default:
return SCERR_INVALID_DATA;
}
tempBuffer[0]=index;
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,32,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
if(0==SRBuffer[2]&&index==SRBuffer[4])
return 0;
else
return SCERR_OPERROR;
}
int GetCardBraudRate(Communicator& comm,int& braudRate,int macNo/* =255 */)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x09;
int dataLen=0;
BYTE tempBuffer[4];
BYTE SRBuffer[32];
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,32,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
switch(*(BYTE*)(SRBuffer+4))
{
case 1:
braudRate=115200;
break;
case 2:
braudRate=57600;
break;
case 3:
braudRate=38400;
break;
case 4:
braudRate=28800;
break;
case 5:
braudRate=23040;
break;
case 6:
braudRate=19200;
break;
case 8:
braudRate=14400;
break;
case 9:
braudRate=12800;
break;
case 12:
braudRate=9600;
break;
default:
return SCERR_INVALID_DATA;
}
return 0;
}
int CardApdu(Communicator& comm,const char* apdu,SmartCom::string& retCode,int card /* =1 */,int macNo/* =255 */)
{
retCode="";
if(NOT_CONNECT==comm.m_nCommtype)
{
return SCERR_INVALID_COMM;
}
if(macNo>255||macNo<1)
{
return SCERR_MACNO_OUTRANGE;
}
int cmd=0x04;
if(2==card)
cmd=0x06;
int len=strlen(apdu);
int dataLen=len/2;
BYTE tempBuffer[1024];
BYTE SRBuffer[1024];
assert(len<1000);
memcpy((char*)SRBuffer,apdu,len);
//去掉字符串中的空格
//int len=RemBlankSpace((char*)SRBuffer,strlen(apdu));
//将字符串表示的十六进制值转换为数值
SVC_DSP_2_HEX(SRBuffer,tempBuffer,dataLen);
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int ret,recLen;
CommProcess(comm,SRBuffer,1024,packetLen,ret,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
//填充retCode
for(int i=0;i<SRBuffer[3];i++)
{
sprintf((char*)tempBuffer,"%02X",SRBuffer[4+i]);
tempBuffer[2]='\0';
retCode+=(char*)tempBuffer;
}
return 0;
}
int ShutdownCard(Communicator& comm,int macNo/* =255 */)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x07;
int dataLen=0;
BYTE tempBuffer[4];
BYTE SRBuffer[32];
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,32,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
if(0==SRBuffer[2])
return 0;
else
return SCERR_OPERROR;
}
int CheckBatchResult(Communicator& comm,SmartCom::string& retCode,int macNo/* =255 */)
{
retCode="";
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x10;
int dataLen=0;
BYTE tempBuffer[4];
BYTE SRBuffer[64];
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int ret,recLen;
CommProcess(comm,SRBuffer,64,packetLen,ret,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
if(SRBuffer[3]>=3)
{
for(int i=0;i<SRBuffer[3]-2;i++)
{
sprintf((char*)tempBuffer,"%02X",SRBuffer[4+i+2]);
tempBuffer[2]='\0';
retCode+=(char*)tempBuffer;
}
return (SRBuffer[4]<<8)+SRBuffer[5];
}
else
{
for(int i=0;i<SRBuffer[3];i++)
{
sprintf((char*)tempBuffer,"%02X",SRBuffer[4+i]);
tempBuffer[2]='\0';
retCode+=(char*)tempBuffer;
}
return 0;
}
}
static portTASK_FUNCTION( vCommTask, pvParameters )
{
uint8_t buf[nRF_PLOAD_WIDTH];
(void)pvParameters;
nRF_Init();
nrf_rx_mode();
vTaskDelay(1);
for(;;)
{
if (nrf_start_rx(buf, nRF_PLOAD_WIDTH) == RX_OK)
{
vParTestToggleLED(6);
CommProcess(buf);
buf[0] |= 0x80;
nrf_start_tx(buf, nRF_PLOAD_WIDTH);
vParTestToggleLED(6);
}
memset(buf, 0, nRF_PLOAD_WIDTH);
}
}
int SetMacNoByDevID(Communicator& comm,const char* devID,int macNo)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
//判断要设置的机号与原来机号是否一致
SmartCom::string str;
int tempMacNo=0;
if(0!=GetDevIDAndMacNo(comm,str,tempMacNo))
return SCERR_TIMEOUT;
if(tempMacNo==macNo)
return 0;
int cmd=0xe3;
int dataLen=8;
BYTE tempBuffer[64];
BYTE SRBuffer[64];
assert(strlen(devID)<50);
strcpy((char*)SRBuffer,devID);
//去掉字符串中的空格
RemBlankSpace((char*)SRBuffer,strlen((char*)SRBuffer));
//将字符串表示的十六进制值转换为数值
SVC_DSP_2_HEX(SRBuffer,tempBuffer,7);
tempBuffer[7]=macNo;
int packetLen=PrepareBytes(255,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,64,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
if(SRBuffer[2]==0)
return SC_SUCCESS;
else
return SCERR_OPERROR;
}
int ModifyCardPower(Communicator& comm,int power,int card/* =1 */,int macNo/* =255 */)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x0a;
if(2==card)
cmd=0x0b;
int dataLen=1;
BYTE tempBuffer[4];
BYTE SRBuffer[32];
tempBuffer[0]=power-1;
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,32,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
if(SRBuffer[4]==power-1)
return 0;
else
return SCERR_OPERROR;
}
int DownloadFile(Communicator& comm,int flag,const char* fileName,int macNo/* =255 */)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(macNo>255||macNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0x0e;
if(2==flag)
cmd=0x0f;
int dataLen=0;
BYTE tempBuffer[150];
BYTE SRBuffer[150];
//每次下载m字节
const int m=128;
//打开文件
//FILE* aFile=fopen(fileName,"rb");
HANDLE hFile=CreateFileA(fileName,GENERIC_READ,FILE_SHARE_READ,NULL,OPEN_EXISTING,0,0);
//if(NULL==aFile)
//return -5;
if(INVALID_HANDLE_VALUE==hFile)
return SCERR_OPENFILE_FAIL;
unsigned long readNum=0;
UINT filePos=0;
BOOL bReturn=FALSE;
OVERLAPPED olp;
olp.Offset=0;
olp.OffsetHigh=0;
olp.hEvent=0;
//while((readNum=fread(tempBuffer+4,1,m,aFile))!=0)
while(true)
{
bReturn=ReadFile(hFile,tempBuffer+4,m,&readNum,&olp);
if(readNum==0)
break;
if(bReturn==FALSE)
return SCERR_OPERROR;
dataLen=4+readNum;
//填充下载命令的数据项
tempBuffer[0]=filePos>>24;//文件偏移地址的最高字节
tempBuffer[1]=(filePos>>16)&0x000000ff;//文件偏移地址的次高字节
tempBuffer[2]=(filePos>>8)&0x000000ff;//文件偏移地址的低字节
tempBuffer[3]=filePos&0x000000ff;//文件偏移地址的最低字节
int packetLen=PrepareBytes(macNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,150,packetLen,retCode,recLen);
if(recLen<0)
{
//fclose(aFile);
CloseHandle(hFile);
return SCERR_TIMEOUT;
}
if(0!=SRBuffer[2])
{
//fclose(aFile);
CloseHandle(hFile);
return SCERR_OPERROR;
}
filePos+=readNum;
olp.Offset+=readNum;
}
//fclose(aFile);
CloseHandle(hFile);
return 0;
}
int GetAppVerAndDevType(Communicator& comm,SmartCom::string& appVersion,SmartCom::string& devType,
int MacNo)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(MacNo>255||MacNo<1)
return SCERR_MACNO_OUTRANGE;
int cmd=0xe4;
int dataLen=0;
BYTE tempBuffer[16];
BYTE SRBuffer[64];
int packetLen=PrepareBytes(MacNo,cmd,tempBuffer,&dataLen,SRBuffer);
appVersion="";
devType="";
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,64,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
if(SRBuffer[2]!=0)
return SCERR_OPERROR;
char timestr[32];
int year,mon,day,hour;
year=*(SRBuffer+6)>>4;
year=year*10+(*(SRBuffer+6)&0xf);
mon=*(SRBuffer+7)>>4;
mon=mon*10+(*(SRBuffer+7)&0xf);
day=*(SRBuffer+8)>>4;
day=day*10+(*(SRBuffer+8)&0xf);
hour=*(SRBuffer+9)>>4;
hour=hour*10+(*(SRBuffer+9)&0xf);
sprintf(timestr,"%d年%d月%d日%d时",year,mon,day,hour);
appVersion=timestr;
char t[8];
sprintf(t,"%02X",*(SRBuffer+4));
devType+=t;
sprintf(t,"%02X",*(SRBuffer+5));
devType+=t;
switch(*(BYTE*)(SRBuffer+5))
{
case 1:
devType+="(磁卡读写器)";
break;
case 2:
devType+="(接触式同步卡，存储卡和加密卡)";
break;
case 3:
devType+="(接触式CPU卡读写器)";
break;
case 4:
devType+="(非接触式存储卡读写器)";
break;
case 5:
devType+="(非接触式CPU卡读写器)";
break;
case 6:
devType+="(双界面卡读写器)";
break;
}
return 0;
}
int GetAppVerAndDevType(Communicator& comm,char* appVersion,int Verlen,char* devType,int typeLen,
int MacNo)
{
if(NOT_CONNECT==comm.m_nCommtype)
return SCERR_INVALID_COMM;
if(MacNo>255||MacNo<1)
return SCERR_MACNO_OUTRANGE;
assert(Verlen>30);
assert(typeLen>40);
int cmd=0xe4;
int dataLen=0;
BYTE tempBuffer[16];
BYTE SRBuffer[64];
int packetLen=PrepareBytes(MacNo,cmd,tempBuffer,&dataLen,SRBuffer);
//发送命令
int retCode,recLen;
CommProcess(comm,SRBuffer,64,packetLen,retCode,recLen);
if(recLen<0)
return SCERR_TIMEOUT;
char year[8],month[8],day[8],hour[8];
int j=0;
appVersion[0]='\0';
sprintf(year,"%u",*(SRBuffer+4));
sprintf(month,"%u",*(SRBuffer+5));
sprintf(day,"%u",*(SRBuffer+6));
sprintf(hour,"%u",*(SRBuffer+7));
strcat(appVersion,year);
strcat(appVersion,"年");
strcat(appVersion,month);
strcat(appVersion,"月");
strcat(appVersion,day);
strcat(appVersion,"日");
strcat(appVersion,hour);
strcat(appVersion,"时");
char t[8];
j=0;
devType[0]='\0';
sprintf(t,"%02X",*(SRBuffer+8));
strcat(devType,t);
sprintf(t,"%02X",*(SRBuffer+9));
strcat(devType,t);
switch(*(BYTE*)(SRBuffer+9))
{
case 1:
strcat(devType,"(磁卡读写器)");
break;
case 2:
strcat(devType,"(接触式同步卡，存储卡和加密卡)");
break;
case 3:
strcat(devType,"(接触式CPU卡读写器)");
break;
case 4:
strcat(devType,"(非接触式存储卡读写器)");
break;
case 5:
strcat(devType,"(非接触式CPU卡读写器)");
break;
case 6:
strcat(devType,"(双界面卡读写器)");
break;
}
if(SRBuffer[2]==0)
return SC_SUCCESS;
else
return SCERR_OPERROR;
}
