C# 尝试建立安全消息时返回6988响应

我正试图根据ISO 7816-4在接口设备和Java智能卡之间建立ISO安全消息传递，这是身份验证个性化的要求

该卡支持带有SCP02的Java卡3.0.5/Global platform 2.3。我能够通过GP身份验证和尝试建立ISO安全消息传递，通过ISD进行身份验证，但不幸的是，由于卡不断返回6988（SM不正确）

下面是我目前正在做的一步一步跟踪日志，也许有人可以帮我发现我做错了什么，或者建议我需要做什么，谢谢

 Set Security Environment - MSE Perso OID 

[TRACE] APDU Buffer[0022C1A406800109830108] => Response[9000]
                                    

                                   AUTHENTICATION AND ESTABLISHMENT OF SESSION KEYS Start.

[TRACE] 1. Request an 8 byte random number IC 
[TRACE] APDU Buffer[0084000008] => Response[6A0D494142B1E1319000]
[TRACE]      RND.IC =  6A0D494142B1E131
[TRACE] 2. Generate an 8 byte random and a 16 byte random
[TRACE]      RND.IFD =  0D851519BAD4164D
[TRACE]      KIFD =  40C60DA70EE38D09A892DEB496E892ED
[TRACE] 3. Concatenate RND.IFD, RND.IC and KIFD
[TRACE]      S =  0D851519BAD4164D6A0D494142B1E13140C60DA70EE38D09A892DEB496E892ED
[TRACE] 4. Encrypt S with 3DES key KEnc
[TRACE]      EIFD = 6919119AA8695E134B51D3BBF74220B07DA63F641523BCDB77817DCB0209F6D5
[TRACE] 5. Compute MAC over EIFD with 3DES key KMAC
[TRACE]      MIFD = FD2F7F08A9386738
[TRACE] 6. Construct and send command data for EXTERNAL AUTHENTICATE
[TRACE]      cmd_data = 6919119AA8695E134B51D3BBF74220B07DA63F641523BCDB77817DCB0209F6D5FD2F7F08A9386738
[TRACE] APDU Buffer[00820000286919119AA8695E134B51D3BBF74220B07DA63F641523BCDB77817DCB0209F6D5FD2F7F08A938673800] => Response[31A0CD97BAFFB04679E88CF797ABDB5FD00D0C5D98153A9935F2AD65B020957CE4537D9F87879BA49000]
[TRACE]      Recived Data = 31A0CD97BAFFB04679E88CF797ABDB5FD00D0C5D98153A9935F2AD65B020957CE4537D9F87879BA4
[TRACE] 7. Verify MAC
[TRACE]      - Recived MAC E4537D9F87879BA4
[TRACE]      - Calculated MAC E4537D9F87879BA4
[TRACE]      Verify MAC Succesfully.
[TRACE] 8. Decrypt and compare received data
[TRACE]      Decrypted Data = 6A0D494142B1E1310D851519BAD4164DA8F85FAE9698174CA2BE68608CF0FBE1
[TRACE]      - Card Challenge (RIC) 6A0D494142B1E131
[TRACE]      - Received HostChallenge 0D851519BAD4164D
[TRACE]      - Received Card Key (KIC) A8F85FAE9698174CA2BE68608CF0FBE1
[TRACE] 9. Verify Recived RND.IFD with generated RND.IFD
[TRACE]      - Recived RND.IFD 0D851519BAD4164D
[TRACE]      - Generated RND.IFD 0D851519BAD4164D
[TRACE]      Verified Succesfully..
                                    

                                   Key Derivation Process Start..

[TRACE] 10. Calculate XOR of KIFD and KIC
[TRACE]      - KIFD Key = 40C60DA70EE38D09A892DEB496E892ED
[TRACE]      - KIC  Key = A8F85FAE9698174CA2BE68608CF0FBE1
[TRACE]      XOR Keys (Seed) = E83E5209987B9A450A2CB6D41A18690C
[TRACE] 11. Compute encryption key (c = 00000001)
[TRACE]      Concatenate Kseed and c (D) = E83E5209987B9A450A2CB6D41A18690C00000001
[TRACE] 12. Calculate the SHA-1 hash of D
[TRACE]      HSHA-1(D) = 0A30A42CCCB2ED7BFF1A27D3A33BEF615140F85E
[TRACE] 13. Get 16 byte of Hash as a Session Key for Encryption
[TRACE]      SKeyEnc = 0A30A42CCCB2ED7BFF1A27D3A33BEF61
[TRACE] 14. Derive Ka and Kb from SKeyEnc
[TRACE]      SKeyEnc - Ka = 0A30A42CCCB2ED7B
[TRACE]      SKeyEnc - Kb = FF1A27D3A33BEF61
[TRACE] 15. Adjust parity bits
[TRACE]      SKeyEnc - Ka Adjusted = 0B31A42CCDB3EC7A
[TRACE]      SKeyEnc - Kb Adjusted = FE1A26D3A23BEF61
[TRACE] 16. Compute MAC computation key (c = 00000002)
[TRACE]      Concatenate Kseed and c (D) = E83E5209987B9A450A2CB6D41A18690C00000002
[TRACE] 17. Calculate the SHA-1 hash of D
[TRACE]      HSHA-1(D) = 1003F1D52F09105A7C85D88590B6473673C2BEE1
[TRACE] 18. Get 16 byte of Hash as a Session Key for MAC
[TRACE]      Skeymac = 1003F1D52F09105A7C85D88590B64736
[TRACE] 19. Derive Ka and Kb from SKeyEnc
[TRACE]      SMackey - Ka = 1003F1D52F09105A
[TRACE]      Skeymac - Kb = 7C85D88590B64736
[TRACE] 20. Adjust parity bits
[TRACE]      SMackey - Ka Adjusted = 1002F1D52F08105B
[TRACE]      SMackey - Kb Adjusted = 7C85D98591B64637
                                    

                                     Generate Sequence Counter

[TRACE]      Card Challenge is 6A0D494142B1E131
[TRACE]      HostChallenege is 0D851519BAD4164D
[TRACE]      SSC =  42B1E131BAD4164D
                                        
                          

     Start Secure Channel..

                                        

                                   PutErrorsMap - MapIsoError 

[TRACE]      PLAIN APDU COMMAND [00DA01B60A6A86628269836983698400]
                                        

                                   Constructing Protected APDU....

[TRACE] 1. Add Mask to CLA and add header Padding.
[TRACE]      CmdHeader = 0CDA01B680000000
[TRACE] 2. Pad Data
[TRACE]      Data = 6A866282698369836984800000000000
[TRACE] 3. Encrypt data with KSEnc (0A30A42CCCB2ED7BFF1A27D3A33BEF61)
[TRACE]      EncryptedData = A7448FC08AD1B16F1DDC32E5E30031A2
[TRACE] 4. Build DO‘87’
[TRACE]      DO87 = 871101A7448FC08AD1B16F1DDC32E5E30031A2
[TRACE] 5. Concatenate CmdHeader and DO‘87’
[TRACE]      M = 0CDA01B680000000871101A7448FC08AD1B16F1DDC32E5E30031A2
[TRACE] 6. Increase Sequence Counter, New Value is : 42B1E131BAD4164E
[TRACE] 7. Build DO‘97’
[TRACE]      DO97 = 970100
[TRACE] 8. Concatenate SSC and M and DO97
[TRACE]      N = 42B1E131BAD4164E0CDA01B680000000871101A7448FC08AD1B16F1DDC32E5E30031A2970100
[TRACE] 9. add padding
[TRACE]      N = 42B1E131BAD4164E0CDA01B680000000871101A7448FC08AD1B16F1DDC32E5E30031A29701008000
[TRACE] 10. Compute MAC over N with KSMAC (1003F1D52F09105A7C85D88590B64736)
[TRACE]      CC = 4F1AE0D9B18340E5
[TRACE] 11. Build DO‘8E’
[TRACE]      DO8E = 8E084F1AE0D9B18340E5
[TRACE] 12. Construct and send protected APDU
[TRACE]      ProtectedAPDU = 0CDA01B620871101A7448FC08AD1B16F1DDC32E5E30031A29701008E084F1AE0D9B18340E500
[TRACE] APDU Buffer[0CDA01B620871101A7448FC08AD1B16F1DDC32E5E30031A29701008E084F1AE0D9B18340E500] => Response[6988]

任何帮助都将不胜感激

谢谢