如何在没有卡片的情况下向智能卡读卡器(而不是智能卡)发送命令?
前言:如何在没有卡片的情况下向智能卡读卡器(而不是智能卡)发送命令?
我有了一些扩展能力(比发送APDU命令到卡和接收APDU响应其他)双界面智能卡读卡器。
例如它的文件中被提到,你可以使用下面的命令你的读者的固件版本:
GET_FIRMWARE_VERSION:FF 69 44 42 05 68 92 00 05 00
在它的工具,有此功能的按钮,它的工作原理精细:
我甚至闻USB端口,看看有什么在我的电脑,我的这个函数读取器之间的连接正好交换:
问题:
我想使用其他工具或通过代码来让我的读者版本(也许发送其他扩展命令)但我必须在读卡器中插入一张卡才能发送指令,否则我会收到No Card Present
异常,而我不想发送指令给卡! (读者工具答案成功地GET_FIRMWARE_VERSION没有任何卡在读卡器的插槽,可使用)
我做了什么至今:
1.I尝试了一些工具,包括OpenSCTool,PyAPDUTool和另一位读者的工具。 2.我写了下面的python脚本来发送扩展命令。
#--- Importing required modules.
import sys
import time
sys.path.append("D:\\PythonX\\Lib\\site-packages")
from smartcard.scard import *
import smartcard.util
from smartcard.System import readers
#---This is the list of commands that we want to send device
cmds =[[,0xFF,0x69,0x44,0x42,0x05,0x68,0x92,0x00,0x04,0x00],]
#--- Let's to make a connection to the card reader
r=readers()
print "Available Readers :",r
print
target_reader = input("--- Select Reader (0, 1 , ...): ")
print
while(True):
try:
print "Using :",r[target_reader]
reader = r[target_reader]
connection=reader.createConnection()
connection.connect()
break
except:
print "--- Exception occured! (Wrong reader or No card present)"
ans = raw_input("--- Try again? (0:Exit/1:Again/2:Change Reader)")
if int(ans)==0:
exit()
elif int(ans)==2:
target_reader = input("Select Reader (0, 1 , ...): ")
#--- An struct for APDU responses consist of Data, SW1 and SW2
class stru:
def __init__(self):
self.data = list()
self.sw1 = 0
self.sw2 = 0
resp = stru()
def send(cmds):
for cmd in cmds:
#--- Following 5 line added to have a good format of command in the output.
temp = stru() ;
temp.data[:]=cmd[:]
temp.sw1=12
temp.sw2=32
modifyFormat(temp)
print "req: ", temp.data
resp.data,resp.sw1,resp.sw2 = connection.transmit(cmd)
modifyFormat(resp)
printResponse(resp)
def modifyFormat(resp):
resp.sw1=hex(resp.sw1)
resp.sw2=hex(resp.sw2)
if (len(resp.sw2)<4):
resp.sw2=resp.sw2[0:2]+'0'+resp.sw2[2]
for i in range(0,len(resp.data)):
resp.data[i]=hex(resp.data[i])
if (len(resp.data[i])<4):
resp.data[i]=resp.data[i][0:2]+'0'+resp.data[i][2]
def printResponse(resp):
print "res: ", resp.data,resp.sw1,resp.sw2
send(cmds)
connection.disconnect()
输出:
>>> ================================ RESTART ================================
Available Readers : ['CREATOR CRT-603 (CZ1) CCR RF 0', 'CREATOR CRT-603 (CZ1) CCR SAM 0']
--- Select Reader (0, 1 , ...): 0
Using : CREATOR CRT-603 (CZ1) CCR RF 0
--- Exception occured! (Wrong reader or No card present)
--- Try again? (0:Exit/1:Again/2:Change Reader)
>>> ================================ RESTART ================================
Available Readers : ['CREATOR CRT-603 (CZ1) CCR RF 0', 'CREATOR CRT-603 (CZ1) CCR SAM 0']
--- Select Reader (0, 1 , ...): 1
Using : CREATOR CRT-603 (CZ1) CCR SAM 0
--- Exception occured! (Wrong reader or No card present)
--- Try again? (0:Exit/1:Again/2:Change Reader)
但两者有提到的问题!
问题:
1如何扩展命令发送给读写器虽然没有卡可用?
2-为什么我在嗅探数据中看不到命令头? (请注意,由于标题是所有扩展命令的预先指定的固定值,因此我认为阅读工具不会使用GET_FIRMWARE_VERSION命令发送标题,并且它只发送数据!但它是如何工作的?)
更新:
使用试验和错误,我发现一些有用的东西。
假设:
- 伪APDU的固定报头=
FF 69 44 42
- 为GET_READER_FIRMWARE_VERSION =
68 92 00 04 00
- 为CHANGE_SAM_SLOT伪-APDU的数据字段=
68 92 01 00 03 XX 00 00
(我的读取器具有两个伪-APDU的数据字段SAM插槽,所以XX
可以是01
或02
) - SELECT APDU命令=
00 A4 04 00 00
好吧,我写了下面的Java程序:
import java.util.List;
import java.util.Scanner;
import javax.smartcardio.Card;
import javax.smartcardio.CardChannel;
import javax.smartcardio.CardException;
import javax.smartcardio.CardTerminal;
import javax.smartcardio.CommandAPDU;
import javax.smartcardio.ResponseAPDU;
import javax.smartcardio.TerminalFactory;
import javax.xml.bind.DatatypeConverter;
public class TestPCSC {
public static void main(String[] args) throws CardException {
TerminalFactory tf = TerminalFactory.getDefault();
List< CardTerminal> terminals = tf.terminals().list();
System.out.println("Available Readers:");
System.out.println(terminals + "\n");
Scanner scanner = new Scanner(System.in);
System.out.print("Which reader do you want to send your commands to? (0 or 1 or ...): ");
String input = scanner.nextLine();
int readerNum = Integer.parseInt(input);
CardTerminal cardTerminal = (CardTerminal) terminals.get(readerNum);
Card connection = cardTerminal.connect("DIRECT");
CardChannel cardChannel = connection.getBasicChannel();
System.out.println("Write your commands in Hex form, without '0x' or Space charaters.");
System.out.println("\n---------------------------------------------------");
System.out.println("Pseudo-APDU Mode:");
System.out.println("---------------------------------------------------");
while (true) {
System.out.println("Pseudo-APDU command: (Enter 0 to send APDU command)");
String cmd = scanner.nextLine();
if (cmd.equals("0")) {
break;
}
System.out.println("Command : " + cmd);
byte[] cmdArray = hexStringToByteArray(cmd);
byte[] resp = connection.transmitControlCommand(CONTROL_CODE(), cmdArray);
String hex = DatatypeConverter.printHexBinary(resp);
System.out.println("Response : " + hex + "\n");
}
System.out.println("\n---------------------------------------------------");
System.out.println("APDU Mode:");
System.out.println("---------------------------------------------------");
while (true) {
System.out.println("APDU command: (Enter 0 to exit)");
String cmd = scanner.nextLine();
if (cmd.equals("0")) {
break;
}
System.out.println("Command : " + cmd);
byte[] cmdArray = hexStringToByteArray(cmd);
ResponseAPDU resp = cardChannel.transmit(new CommandAPDU(cmdArray));
byte[] respB = resp.getBytes();
String hex = DatatypeConverter.printHexBinary(respB);
System.out.println("Response : " + hex + "\n");
}
connection.disconnect(true);
}
public static int CONTROL_CODE() {
String osName = System.getProperty("os.name").toLowerCase();
if (osName.indexOf("windows") > -1) {
/* Value used by both MS' CCID driver and SpringCard's CCID driver */
return (0x31 << 16 | 3500 << 2);
} else {
/* Value used by PCSC-Lite */
return 0x42000000 + 1;
}
}
public static byte[] hexStringToByteArray(String s) {
int len = s.length();
byte[] data = new byte[len/2];
for (int i = 0; i < len; i += 2) {
data[i/2] = (byte) ((Character.digit(s.charAt(i), 16) << 4)
+ Character.digit(s.charAt(i + 1), 16));
}
return data;
}
}
在上面的程序,我可以发送命令同时使用connection.transmitControlCommand
和cardChannel.transmit()
方法我的读者。关键是,所有使用第一种方法发送给阅读器的命令都假定为伪APDU命令,我不应该为它们使用Psedo-APDU标头!所有使用第二种方法发送给阅读器的命令都假定为常规APDU命令,所以如果需要通过第二种方法发送伪APDU命令,我必须将伪APDU头添加到它。
让我们看到输出的接触式读取器:
run:
Available Readers:
[PC/SC terminal ACS ACR122 0,
PC/SC terminal CREATOR CRT-603 (CZ1) CCR RF 0,
PC/SC terminal CREATOR CRT-603 (CZ1) CCR SAM 0]
Which reader do you want to send your commands to? (0 or 1 or ...): 1
Write your commands in Hex form, without '0x' or Space charaters.
---------------------------------------------------
Pseudo-APDU Mode:
---------------------------------------------------
Pseudo-APDU command: (Enter 0 to send APDU command)
00A4040000
Command : 00A4040000
Response : 6800
//Based on reader's documents, 0x6800 means "Class byte is not correct"
//As I have a regular java card in the RF field of my reader, I conclude that
//this response is Reader's response (and not card response)
Pseudo-APDU command: (Enter 0 to send APDU command)
6892000400
Command : 6892000400
Response : 433630335F435A375F425F31353038323100039000
Pseudo-APDU command: (Enter 0 to send APDU command)
FF694442056892000400
Command : FF694442056892000400
Response : 6800
//Pseudo-APDU commands doesn't work in Pseudo-APDU mode if I add the Pseudo-APDU header to them.
Pseudo-APDU command: (Enter 0 to send APDU command)
00A4040000
Command : 00A4040000
Response : 6800
Pseudo-APDU command: (Enter 0 to send APDU command)
0
---------------------------------------------------
APDU Mode:
---------------------------------------------------
APDU command: (Enter 0 to exit)
00A4040000
Command : 00A4040000
Response : 6F198408A000000018434D00A50D9F6E061291921101009F6501FF9000
APDU command: (Enter 0 to exit)
6892000400
Command : 6892000400
Response : 6E00
//This is the response of my card. I can't receive Firmware version in APDU mode using this command without Pseudo-APDU header.
APDU command: (Enter 0 to exit)
FF694442056892000400
Command : FF694442056892000400
Response : 433630335F435A375F425F31353038323100099000
//I successfully received Firmware version in APDU mode using the fixed Pseudo-APDU header.
APDU command: (Enter 0 to exit)
00A4040000
Command : 00A4040000
Response : 6F198408A000000018434D00A50D9F6E061291921101009F6501FF9000
APDU command: (Enter 0 to exit)
0
BUILD SUCCESSFUL (total time: 1 minute 36 seconds)
有什么问题还是?
是的,有两个问题!:
1,上述程序只是为它的第一次运行工作正常。我的意思是,如果我停止运行并重新运行它,第二种方法抛出一个异常:
run:
Available Readers:
[PC/SC terminal ACS ACR122 0, PC/SC terminal CREATOR CRT-603 (CZ1) CCR RF 0, PC/SC terminal CREATOR CRT-603 (CZ1) CCR SAM 0]
Which reader do you want to send your commands to? (0 or 1 or ...): 1
Write your commands in Hex form, without '0x' or Space charaters.
---------------------------------------------------
Pseudo-APDU Mode:
---------------------------------------------------
Pseudo-APDU command: (Enter 0 to send APDU command)
00A4040000
Command : 00A4040000
Response : 6800
Pseudo-APDU command: (Enter 0 to send APDU command)
FF694442056892000400
Command : FF694442056892000400
Response : 6800
Pseudo-APDU command: (Enter 0 to send APDU command)
6892000400
Command : 6892000400
Response : 433630335F435A375F425F31353038323100049000
Pseudo-APDU command: (Enter 0 to send APDU command)
00A4040000
Command : 00A4040000
Response : 6800
Pseudo-APDU command: (Enter 0 to send APDU command)
0
---------------------------------------------------
APDU Mode:
---------------------------------------------------
APDU command: (Enter 0 to exit)
00A4040000
Command : 00A4040000
Exception in thread "main" javax.smartcardio.CardException: sun.security.smartcardio.PCSCException: Unknown error 0x16
at sun.security.smartcardio.ChannelImpl.doTransmit(ChannelImpl.java:219)
at sun.security.smartcardio.ChannelImpl.transmit(ChannelImpl.java:90)
at TestPCSC.main(TestPCSC.java:58)
Caused by: sun.security.smartcardio.PCSCException: Unknown error 0x16
at sun.security.smartcardio.PCSC.SCardTransmit(Native Method)
at sun.security.smartcardio.ChannelImpl.doTransmit(ChannelImpl.java:188)
... 2 more
Java Result: 1
BUILD SUCCESSFUL (total time: 39 seconds)
正如你看到的上面,我不能用第二种方法了,我需要断电的读卡器和电源上它再次使它再次正常工作。
2-接触界面(我的意思是SAM阅读器)总是抛出以前的异常!我的意思是第二种方法根本不起作用(不是第一次运行,也不是第二次和第三次......)
请注意,我尝试了不同的读者,似乎这不仅限于此读者。一些ACS阅读器也有类似问题或者重新运行的问题完全相同
有没有人有任何想法?
作为一个侧面的问题,Python是否有任何平等的方法来发送像Java一样的伪APDU?
最后,从Reader的角度来看,connection.transmitControlCommand
和cardChannel.transmit()
方法有什么区别?
当您停止“智能卡”服务时,该工具是否仍然返回固件版本?如果是,那么该工具可能使用原始IOCTL
命令(DeviceIoControl)与驱动程序进行通信。
另请参阅this question。作者说,你必须设置SCARD_PROTOCOL_UNDEFINED
为协议参数:
SCardConnect(hSC,
readerState.szReader,
SCARD_SHARE_DIRECT,
SCARD_PROTOCOL_UNDEFINED,
&hCH,
&dwAP
);
我只是尝试它,它似乎为Windows 10,至少工作。通信是可能的,没有插入卡。虽然我没有为其他Windows版本进行测试。
不能肯定地说,但是通常读卡器在PC上安装了读卡器专用库,它可以与PCSC的SCID驱动程序并行使用。在这种情况下,读卡器制造商的GUI很可能取决于这些库,因为它们可能会提供更多的读卡器特定功能。我不确定您的传递问题是由于智能卡读卡器的驱动程序还是由于PCSC堆栈本身造成的。不过,阅读器制造商应该知道。 –
您应该能够使用依赖查看器检查哪些库被不同的工具使用。 –
@MaartenBodewes谢谢亲爱的Bodewes先生。我更新了这个问题。关于读者特定的图书馆,我认为这不是我的观点。我读者拥有的所有工具都是可移植的可执行文件(没有任何.sys文件或.dll库)。任何我在Windows命令行中使用'tasklist \ M'命令的方式,它都会返回这个可执行文件进程的'ntdll.dll,wow64.dll,wow64win.dll,wow64cpu.dll'。 – Abraham