The command APDU is mapped onto the T=0 command TPDU by assigning the value '00' to P3.
Command APDU |
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Command TPDU |
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The response TPDU is mapped onto the response APDU without any change.
Response APDU |
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Response TPDU |
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It this case, Le is valued from 1 to 256 and coded on byte B1 (B1='00' means maximum, i.e. Le=256).
The command APDU is mapped onto the T=0 command TPDU without any change.
C-APDU |
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C-TPDU |
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The response TPDU is mapped onto the response APDU according to the acceptance of Le and according to the processing of the command.
The response TPDU is mapped onto the the response APDU without any change.
R-APDU |
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R-TPDU |
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Le is not accepted be the card which does not support the service of providing data if the length is wrong.
The response TPDU from the card indicates that the card aborts the command because of wrong length (SW1='67'). The response TPDU is mapped onto the response APDU without any change.
R-APDU |
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R-TPDU |
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Le is not accepted by the card and the card indicates the available length La.
The response TPDU from the card indicates that the command is aborted due to a wrong length and that the right length is La: (SW1='6C' and SW2 codes La).
If the transmission system does not support the service of re-issuing the same command, it shall map the response TPDU onto the response APDU without any change.
R-APDU |
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R-TPDU |
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If the transmission system supports the service of reissuing the same command, it shall re-issue the same command TPDU assigning the value La to parameter P3.
C-TPDU |
CLA INS P1 P2 | P3=SW2 |
The response TPDU consists of La bytes followed by two status bytes.
If La is smaller that or equal to Le, then the response TPDU is mapped onto the response APDU without any change.
R-APDU |
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R-TPDU |
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If La is greater that Le, then the response TPDU is mapped onto the response APDU by keeping only the first Le bytes of the body and the status bytes SW1-SW2.
R-APDU |
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R-TPDU |
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The response TPDU is mapped on the response APDU without any change.
In this case, Lc is valued from 1 to 255 and coded on byte B1 (='00').
The command APDU is mapped onto the T=0 command TPDU without any change.
C-APDU |
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C-TPDU |
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The response TPDU is mapped onto the response APDU without any change.
R-APDU |
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R-TPDU |
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In this case, Lc is valued from 1 to 255 and coded on byte B1. Le is valued from 1 to 256 and coded on byte Bl (Bl='00' means maximum i.e. Le=256).
The command APDU is mapped onto the T=0 command TPDU by cutting the last byte of the body.
C-APDU |
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C-TPDU |
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The first response TPDU from the card indicates that the card aborted the command: SW1='6X', except '61'.
The response TPDU is mapped onto the response APDU without any change.
R-APDU |
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R-TPDU |
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The first response TPDU from the card indicates that the card performed the command: SW1-SW2='9000'.
The transmission system shall issue a GET RESPONSE command TPDU to the card by assigning the value Le to parameter P3.
C-TPDU |
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Depending on the second response TPDU from the card, the transmission system shall react as described in cases 2S.1, 2S.2 and 2S.4 above.
The first response TPDU from the card indicates that the card perfomed the command and gives information on the length of data bytes available: SW1='61' and SW2 codes Lx.
The transmission system shall issue a GET RESPONSE command TPDU to the card by assigning the minimum of Lx and Le to parameter P3.
TPDU |
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The second response TPDU is mapped onto the response APDU without any change.
R-APDU |
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R-TPDU |
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The response TPDU is mapped onto the response APDU without any change.
In this case, Le is valued from 1 to 65536 and coded in 3 bytes (B1)='00', (B2||B3)=any value (B2 and B3 valued to '0000' means maximum, i.e. Le=65536).
C-APDU |
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The command APDU shall be mapped onto the command TPDU by assigning the value of B3 to parameter P3. The processing by the transmission system shall be according to case 2S.
C-TPDU |
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The command APDU shall be mapped onto the command TPDU by assigning the value of '00' to parameter P3.
C-TPDU |
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R-APDU |
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R-TPDU |
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If Lm=0, then the transmission system shall concatenate the bodies of all received response TPDUs together with the trailer of the last received response TPDU into the response APDU.
If Lm>0, then the transmission system shall issue a GET RESPONSE command TPDU by assigning the minimum of Lx and Lm to parameter P3. The corresponding response TPDU from the card shall be processed
In this case Lc is valued from 1 to 65535 and coded on 3 bytes: (B1)='00', (B2||B3)!='0000'.
C-APDU |
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The command APDU is mapped onto the command TPDU by assigning the value of B3 to parameter P3.
C-TPDU |
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In this case Lc is valued from 1 to 255 and codes on 1 byte.
The response TPDU is mapped onto the response APDU without any change.
R-APDU |
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R-TPDU |
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If the transmission system supports the ENVELOPE command, it shall split the APDU into segments of length less than 256, and send those successive segments into the bodies of consecutive ENVELOPE command TPDUs.
C-TPDU |
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If the first response TPDU from the card indicates that the card does not support the ENVELOPE command (SW1='6D'), the TPDU shall be mapped onto the response TPDU without any change.
R-APDU |
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R-TPDU |
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If the first response TPDU from the card indicates that the card does support eh ENVLEOPE command (SW1-SW2='9000'), the transmission system shall send further ENVELOPE commands as needed.
R-TPDU |
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C-TPDU |
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The resource TPDU corresponding to the last ENVELOPE command is mapped onto the response APDU without any change.
R-APDU |
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R-TPDU |
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If the transmission system does not support the ENVELOPE command , it shall return an error response APDU meaning that the length is wrong: SW1='67.
R-APDU |
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R-TPDU |
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If the transmission system supports the ENVELOPE command, it shall split the APDU into segments of length less than 256, and send those successive segments into the bodies of consecutive ENVELOPE command TPDUs.
C-TPDU |
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If the first response TPDU from the card indicates that the card does not support the ENVELOPE command (SW1='6D'), the TPDU shall be mapped onto the response TPDU without any change.
R-APDU |
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R-TPDU |
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If the first response TPDU from the card indicates that the card does support the ENVELOPE command (SW1-SW2='9000'), the transmission system shall send further ENVELOPE commands as needed.
R-TPDU |
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C-TPDU |
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The response TPDU corresponding to the last ENVELOPE command is mapped onto the response APDU without any change.
R-APDU |
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R-TPDU |
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In this case Lc is valued from 1 to 65535 and coded on 3 bytes: (B1)='00', (B2||B3)!='0000', and Le is valued from 1 to 65536 and coded on 2 bytes (Bl-1||Bl)=any value (Bl-1 and Bl valued to '0000' means maximum, i.e. Le=65536).
C-APDU |
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The command APDU is mapped onto the command TPDU by cutting off the last two bytes Bl-1 and Bl and by assigning the value of B3 to parameter P3.
C-TPDU |
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In this case Lc is valued from 1 to 255 bytes and coded on 1 byte.
R-APDU |
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R-TPDU |
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If Le<257 (Bl-1 Bl valued from '0001' to '0100'), then the transmission system shall issue a GET RESPONSE command TPDU by assigning the value of Bl to parameter P3. The subsequent processing by the transmission system shall be according to access 2S.1, 2S.2, 2S.3 and 2S.4 above.
If Le>256 (Bl-1 Bl valued to '0000' or more then '0100'), then the transmission system shall issue a GET RESPONSE command TPDU by assigning the value '00' to parameter P3. The subsequent processing by the transmission system shall be according to case 2E.2 above.
The transmission system shall go on according to case 3E.2 described above until the command APDU has been sent completely to the card. It shall then go on as described in case 4E.1 a), b) and c) described above.