Annexes

 / Note / The information in these annexes was valid at the time of publication. MasterCard reserves the right to amend this information and release new versions or updates without prior notification.
It is a vendor responsibility to check for the current release or updates to this document at before commencing the vendor testing process and submitting products for formal testing.
Annexes
Testing Environment

Annex ATesting Environment

A.1Introduction

As part of the Terminal Type Approval (TTA) process, samples will be tested on their analogue and digital interface (for a PCD) as well as on the application (for a Terminal or Intelligent Contactless Reader).

The TTA L1-Analogue, TTA L1-Digital and TTA L2 processesperform tests on samples using MasterCard test cards as well as a card probe and a card simulator.Card probes and card simulators vary depending on the characteristics of the PCD/Terminal/Card Reader that is being tested.

Ideally, the testing environments for TTA L1-Analogue, TTA L1-Digital and TTA L2 are integrated in a single testing environment, running on a PC.

The next sections contain more information on the requirementsof the testing environment.

Section A.2provides the general requirements for a testing environment for TTA L1 and TTAL2.

Section A.3provides detailed requirements for TTA L1 – Analogue testing.

Section A.4provides detailed requirements for TTA L1 – Digital Testing.

Section A.5provides detailed requirements for TTA L2 – Application Testing.

A.2Testing Environment Requirements

Figure A.1 gives an overview of the required testing environment. Examples of the testing environment are shown inFigure A.2, Figure A.3, Figure A.4, Figure A.5, and Figure A.6, illustrating the PC interface expected forTTA L1 – Analogue, TTA L1 –Digital, and TTA L2 respectively.

The vendor must supply a testing environment together with the PCD/Terminal/Card Reader and clear instructions for installation and operation of thetesting environment.


Figure A.1 – Schematic view of the testing environment

A.2.1TTA L1 – Analogue

Observation – Card to Terminal Interface

The PayPass Reference Equipment is connected to a test bench of signal generators, oscilloscopes and spectrum analyzers.

Control and Observation – Card to Terminal Interface

In order for the Test Laboratory to measure the analogue characteristics of the PCD transmitter and receiver, the PCD needs to send commands specified in [PayPass ISO/IEC14443] step-by-step or as part of a loop.

The testing environment must therefore provide the necessary interface to the PCD to allow sending these commands separately as well as display the response on screen.

Figure A.2–TTA L1 – Analogue

A.2.2TTA L1 – Digital

Observation – Card to Terminal Interface

The test application in the card probe is relatively straightforward.In order to do exhaustive checking on all the different combinations of the protocol (rules), the card probe stores a set of predefined answers.

Once the card probe has been activated, each time it receives a command from the PCD, it sends the current response in the test set, starting from the first response, and skipping to the next each time another command is sent.A specific set of commands is used for each executable test set.

Control – Card to Terminal Interface

As a counterpart to the card probe, the PCD (application) must support the Loop-Back function.The principles of the Loop-Back function are explained in section A.3. Loop-Back means that the PCD sends the most recent response from the card (probe) as the next command.

Observation – Card to Terminal Interface

The behavior of the PCD is verified via the PC part of the testing environment. Through the testing environment, a PC logs and displays the PCD commands and response.

Figure A.3– PC interface TTA L1 – Digital

A.2.3TTA L2 – Application

The card probe test application simulates different card profiles to check whether the submitted product supports all the mandatory features of [PAYPASSM/CHIP].

TTA L2 as performed by a test laboratory includes preliminary tests with PayPass ETEC cards. This ensures the terminal is able to process a transaction until completion, before starting a test session using a card probe.

For efficiency, it is recommended that card probe tests are not started until all the preliminary ETEC card tests are successful. See section 0 for information on how to obtain these test cards.

Observation - Interfaces

The testing environment must provide access to:

-Card to Terminal Interface: Chip data as sent from the terminal to the network as listed in Table A2, for PayPass M/Chip. The value of the data elements must contain the exact value, bit per bit that was present on the card to terminal interface.

-Card to Terminal Interface: Track 1 and Track 2 data and CVM information (if supported) as sent by the terminal, for PayPass MagStripe.

-Acquirer Network Interface: Chip data as exchanged on the card to terminal interface in order to monitor and analyze the transaction communication trace (see example in Figure A.3)

The testing environment should log the test transactions in a file, and display the data on screen. See examples in Figure A.4 and Figure A.5.

Control - Terminal Parameter Settings

The testing environment must also provide means to configure the following terminal data and parameters (see example in Figure A.6):

-CA Public Keys

-Terminal Action Codes (TACs)

-Default TDOL

-Default DDOL

-Terminal Country Code

-Transaction Currency Code

-Terminal Floor Limit

-If Random Transaction Selection process is supported: Target and Maximum Target percentage for random selection

-If Random Transaction Selection process is supported: Threshold value for biased random selection


Figure A.4– PC Interface TTA L2 for PayPass M/Chip

Figure A.5– PC Interface TTA L2 for PayPass MagStripe

Figure A.6 – PC Interface TTA L2 for terminal configuration modification

A.3TTA L1 – Analogue Testing

For testing the analogue layer of the contactless protocol (TTA L1-Analogue), the PCD needs to support the functions listed below.The PCD must allow each of the functions to be executed once or to be executed multiple times, as part of a loop.When executed as part of a loop, the time between the end of the nth iteration and the start n+1thP iteration is 5 ms.

Carrier / The PCD emits carrier.
Polling / The PCD polls between Type A and Type B, sending WUPA and WUPB commands and performing anti-collision as described in section 9.2 of [PayPass ISO/IEC14443]. In case of WUPA, the PCD must store the card identifier (UID) for later use.
Reset / The PCD generates a reset, as described in section 9.6 of [PayPass ISO/IEC14443]. This function requires the carrier to be activated first.
WUPA / The PCD sends a WUPA command and displays the command. This function requires the carrier to be activated first.
WUPB / The PCD sends a WUPB command and displays both the command and the response. This function requires the carrier to be activated first.
REQA / The PCD sends a REQA command and displays the command. This function requires the carrier to be activated first.
REQB / The PCD sends a REQB command and displays both the command and the response. This function requires the carrier to be activated first.
HALTA / The PCD sends a HALTA command and displays both the command and the response. This function requires the carrier to be activated first.
HALTB / The PCD sends a HALTB command and displays both the command and the response. This function requires the carrier to be activated first.
WUPARATS / The PCD sends the commands as indicated in section 9.3 of [PayPass ISO/IEC14443]. Each command subsequent to the WUPA command is triggered by the response from the card. All commands and responses are put on display. This function requires the polling to have completed first in order for the UID to be known to the PCD.
WUPBATTRIB / The PCD sends the commands as indicated in section 9.4 of [PayPass ISO/IEC14443]. Each command subsequent to the WUPB command is triggered by the response from the card. All commands and responses are put on display. This function requires the carrier to be activated first.

A.4TTA L1 – DigitalTesting

For testing the digital layer of the contactless protocol (TTA L1-Digital), the PCD needs to support the Loop-Back function as part of the test environment supplied by the vendor.

The testing environment provided must allow for the Loop-Back function to be started and stopped.

The Loop-Back test application is defined at the application layer and fits in the overall main loop of the terminal as illustrated inFigure A.7.

Figure A.7– Terminal Loop-Back Function

The behavior of the test application can be summarized as follows (see alsoFigure A.8):

  1. The PCD shall activate the PICC as specified in [PayPass ISO/IEC14443].This means that the PCD shall:

-Poll for a PICC

-Perform collision detection

-Activate the PICC (i.e. install the half duplex protocol)

  1. The test application becomes active (i.e. sends the first C-APDU) when the PCD reports to the test application that a single card is present and activate.
  2. The test application shall send the first C-APDU to the PCD.The first C-APDU to be sent is a SELECT Proximity Payment System Environment APDU (‘00A404000E’+«2PAY.SYS.DDF01»+’00’).
  3. The C-APDU is sent by the PCD and the R-APDU is awaited.
  4. If the command failed at the protocol level i.e. error detected by the PCD, the PCD goes to exception processing as described in section 10.4.5 of [PAYPASS ISO/IEC14443].Exception processing may include error reporting to the test application.If so, the test application shall ignore the error message from the PCD.Exception processing may invoke the removal procedure as described in 10.4.5.9 of [PAYPASS ISO/IEC14443].
  5. If the command succeeded and if the second byte of the R-APDU equals ‘70’, the test application shall request the PCD to invoke the removal procedure as described in section 9.5of [PAYPASS ISO/IEC14443].
  6. If the command succeeded and if the second byte of the R-APDU is different from ‘70’, the R-APDU is converted into the next C-APDU by stripping the status word from the R-APDU and using the remaining byte string as C-APDU.The test application requests the PCD to send the C-APDU thus constituted.The test application goes back to step 4.

Figure A.8– Test Application Behavior

A.5TTA L2 – ApplicationTesting

For testing the PayPassApplication, the submitted product has to be configured as indicated below.

AID(1) / The submitted product must contain the list of AID's in the sequence indicated inTable A1.

Table A1—List of AID’s and sequence

Sequence # / Application Name / AID / Application Selection Indicator
1 / MasterCard / A0 00 00 00 04 10 10 / indicates that multiple occurences of the Application within the card are NOT allowed
2 / Maestro / A0 00 00 00 04 30 60 / indicates that multiple occurences of the Application within the card are NOT allowed
3 / TEST / B0 12 34 56 78 / indicates that multiple occurences of the Application within the card are allowed
AID(2) / The application linked to the MasterCard AID must be able to complete a transaction (i.e. support [PAYPASS M/CHIP]). No application needs to be associated with the Maestro and TEST AID’s (i.e. the AID’s can be void pointers). The Maestro and TEST AID will only be used as part of the application selection testing.
AID(3) / The submitted product is tested as a multi-application terminal. This does not prevent the submitted product from supporting only one AID when deployed in the field and, as a result of this, skip PPSE selection.
If the submitted product will be deployed with a single AID, skipping the PPSE selection, an option must be provided to activate this feature as part of the testing environment. In this case, the MasterCard AID (A0 00 00 00 04 10 10) must be supported and the Application Selection Indicator must indicate that multiple occurrences of the application within the card are not allowed.
Note that the related feature “MonoAppli” shall be checked in the Implementation Conformance Statement – Level 2 form.
AVN / The PayPass Application Version Number must be ‘0105’. If the submitted product supports different values of the PayPass Application Version Number, the value ‘0105’ must be the most recent one.
M/Chip(1) / The following parameters must be configurable on the submitted product using the testing environment:
-Terminal Risk Management: Submitted productmust support the profiles as defined in Annex A.5.1
-CA Public Keys:Submitted productmust support the public key data as defined in Annex A.5.2
M/Chip(2) / If supported by the submitted product, the revocation list must include the following data:
RID A0 00 00 00 04
CA PK Index F8
Certificate Serial Number 00 10 00
M/Chip(3) / If supported by the submitted product, the exception list must include the following data:
54 13 33 90 00 00 15 96
CVM / If the submitted product supports a Cardholder Verification Method (CVM), then the submitted product must provide a means to indicate which CVM is used. It must indicate whether cardholder verification was performed and if so, by which method:
  • Online PIN
  • Signature
  • No CVM

Completion / The submitted product must indicate whether the transaction completed successfully or not.
PC(1) / If the transaction completed successfully, for PayPass M/Chip all chip data elements (see Table A2) and for PayPass MagStripe the full Track 1 and Track 2 data – as will be sent in authorization and clearing – must be displayed on the screen of a PC.

Table A2 – Chip data elements sent from terminal to the network

Data Element / Data Element Name / Format
9F26 / Application Cryptogram / b8
9F27 / Cryptogram Information Data / b1
9F10 / Issuer Application Data / b..32 VAR
9F37 / Unpredictable Number / b4
9F36 / Application Transaction Counter / b2
95 / Terminal Verification Results / b5
9A / Transaction Date / b3
9C / Transaction Type / b1
9F02 / Amount, Authorized (Numeric) / b6
5F2A / Transaction Currency Code / b2
82 / Application Interchange Profile / b2
9F1A / Terminal Country Code / b2
9F03 / Amount, Other (Numeric) / b6
9F34 / Cardholder Verification Method Results / b3
9F33 / Terminal Capabilities / b3
9F35 / Terminal Type / b1
9F1E / Interface Device Serial Number / b8
9F53 / Transaction Category Code / b1
84 / Dedicated File Name / b5..16 VAR
9F09 / Terminal Application Version Number / b2
9F41 / Transaction Sequence Counter / b2..4 VAR

Legend:

bBinary value

VARVariable length data

PC(2) / When displayed the chip data elements must appear in hexadecimal notation.
PC(3) / When displayed, Track 1 must appear in ASCII notation.
PC(4) / If the transaction was completed successfully, means must be provided so that the chip data elements and/or the Track 1 and Track 2 data can be cut & paste into a document (e.g. using CTRL C on screen capture, see 7).
PC(5) / If the transaction was not completed successfully, the reason for non-completion must be indicated. Some examples of such indications are listed below:
  • Transaction declined
  • PIN entry requested but not performed
  • Track 2 formatting error
  • No response from card
  • Transaction interrupted

Time / For each transaction, successful or not, a time-stamp (date HH:MM:SS) must be provided. Also, the screen display should be refreshed for each new transaction.
Start / The Testing Environment must have a specific option/function that allows new transactions to be started even if the card remains on the submitted product. Note that if this option/function is not activated, the submitted productmust implement the removal sequence as described in section 9.5 of [PAYPASS ISO/IEC 14443].

A.5.1PayPass– M/Chip Terminal Testing Configurations

Terminal Configuration / Description
PPS_MChip1 / All TAC's set to 0
Default TDOL if used: 9F 08 02 (ICC Application Version Number)
Default DDOL if used: 9F 37 04 9F 47 01 8F 01 9F 32 01
Terminal Country Code: 00 56
Transaction Currency Code: 09 78
Terminal Floor Limit: 100 (=100.0 or 100.00 or 100.000 according to the number of decimal values)
If Random Transaction Selection process supported: Target and Maximum Target percentage for random selection set to 0 to avoid random behaviour.
If Random Transaction Selection process supported: Threshold value for biased random selection shall be set to 5 (or 5.0 or 5.00 or 5.000 according to the number of decimal values)
PPS_MChip2 / Same as PPS_MChip1 except:
If Random Transaction Selection process supported: Target and Maximum Target percentage for random selection set to 99.
PPS_MChip3 / Same as PPS_MChip1 except for:
TAC denial = 00 20 00 00 00
TAC online = 00 00 00 00 00
TAC default = 00 00 00 00 00
PPS_MChip4 / Same as PPS_MChip1 except for:
TAC denial = 40 00 00 00 00
TAC online = 00 00 00 00 00
TAC default = 00 00 00 00 00
PPS_MChip5 / Same as PPS_MChip1 except for:
TAC denial = 7C D8 FC F8 F0
TAC online = 00 00 00 00 00
TAC default = 00 00 00 00 00
PPS_MChip6 / Same as PPS_MChip1 except for:
TAC denial = BC F8 FC F8 F0
TAC online = 00 00 00 00 00
TAC default = 00 00 00 00 00
PPS_MChip7 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = 00 20 00 00 00
TAC default = 00 00 00 00 00
PPS_MChip8 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = 40 00 00 00 00
TAC default = 00 00 00 00 00
PPS_MChip9 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = FC D8 FC F8 F0
TAC default = 00 00 00 00 00
PPS_MChip10 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = BC F8 FC F8 F0
TAC default = 00 00 00 00 00
PPS_MChip11 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = 00 00 00 00 00
TAC default = 00 20 00 00 00
PPS_MChip12 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = 00 00 00 00 00
TAC default = 40 00 00 00 00
PPS_MChip13 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = 00 00 00 00 00
TAC default = FC D8 FC F8 F0
PPS_MChip14 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = 00 00 00 00 00
TAC default = BC F8 FC F8 F0
PPS_MChip15 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = 7C F8 FC F8 F0
TAC default = 7C D8 FC F8 F0
PPS_MChip16 / Same as PPS_MChip1 except for:
TAC denial = 00 00 00 00 00
TAC online = FC F8 FC F8 F0
TAC default = BC F8 FC F8 F0
PPS_MChip17 / Same as PPS_MChip1 except:
If Random Transaction Selection process supported:
Target percentage for random selection set to 0 and
Maximum Target percentage for random selection set to 99.
PPS_MonoAppli / Only applicable if terminal supports just one application.
Terminal is configured with only one AID: MasterCard.
PPS_MStripe / Configuration identification for testsonPayPass MagStripe transactions. Terminal is configured same as PPS_MChip1.
PPS / Configuration identification for Application Selection tests. Terminal is configured same as PPS_MChip1.

A.5.2CA Public Keys

The following table lists the CA Public Keys used for testing.

ID / RID / Index / Value / Length / Exponent
1 / A0 00 00 00 04 / F0 / 75 63 C5 1B 52 76 AA 63 70 AB 84 05 52 24 14 64 58 32 B6 BE F2 A9 89 C7 71 47 5B 2E 8D C6 54 DC 8A 5B FF 9E 28 E3 1F F1 A3 70 A4 0D C3 FF EB 06 BC 85 48 7D 5F 1C B6 1C 24 41 FD 71 CB CD 05 D8 83 F8 DE 41 3B 24 3A FC 9D CA 76 8B 06 1E 35 B8 84 B5 D2 1B 6B 01 6A A3 6B A1 2D AB CF E4 9F 8E 52 8C 89 3C 34 C7 D4 79 39 77 E4 CC 99 AB 09 64 0D 9C 7A AB 7E C5 FF 3F 40 E3 D4 D1 8D F7 E3 A7 / 128 / 3
2 / A0 00 00 00 04 / F3 / 98 F0 C7 70 F2 38 64 C2 E7 66 DF 02 D1 E8 33 DF F4 FF E9 2D 69 6E 16 42 F0 A8 8C 56 94 C6 47 9D 16 DB 15 37 BF E2 9E 4F DC 6E 6E 8A FD 1B 0E B7 EA 01 24 72 3C 33 31 79 BF 19 E9 3F 10 65 8B 2F 77 6E 82 9E 87 DA ED A9 C9 4A 8B 33 82 19 9A 35 0C 07 79 77 C9 7A FF 08 FD 11 31 0A C9 50 A7 2C 3C A5 00 2E F5 13 FC CC 28 6E 64 6E 3C 53 87 53 5D 50 95 14 B3 B3 26 E1 23 4F 9C B4 8C 36 DD D4 4B 41 6D 23 65 40 34 A6 6F 40 3B A5 11 C5 EF A3 / 144 / 3
3 / A0 00 00 00 04 / F5 / A6 E6 FB 72 17 95 06 F8 60 CC CA 8C 27 F9 9C EC D9 4C 7D 4F 31 91 D3 03 BB EE 37 48 1C 7A A1 5F 23 3B A7 55 E9 E4 37 63 45 A9 A6 7E 79 94 BD C1 C6 80 BB 35 22 D8 C9 3E B0 CC C9 1A D3 1A D4 50 DA 30 D3 37 66 2D 19 AC 03 E2 B4 EF 5F 6E C1 82 82 D4 91 E1 97 67 D7 B2 45 42 DF DE FF 6F 62 18 55 03 53 20 69 BB B3 69 E3 BB 9F B1 9A C6 F1 C3 0B 97 D2 49 EE E7 64 E0 BA C9 7F 25 C8 73 D9 73 95 3E 51 53 A4 20 64 BB FA BF D0 6A 4B B4 86 86 0B F6 63 74 06 C9 FC 36 81 3A 4A 75 F7 5C 31 CC A9 F6 9F 8D E5 9A DE CE F6 BD E7 E0 78 00 FC BE 03 5D 31 76 AF 84 73 E2 3E 9A A3 DF EE 22 11 96 D1 14 83 02 67 7C 72 0C FE 25 44 A0 3D B5 53 E7 F1 B8 42 7B A1 CC 72 B0 F2 9B 12 DF EF 4C 08 1D 07 6D 35 3E 71 88 0A AD FF 38 63 52 AF 0A B7 B2 8E D4 9E 1E 67 2D 11 F9 / 248 / 65537
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
5 / A0 00 00 00 04 / F7 / 94 EA 62 F6 D5 83 20 E3 54 C0 22 AD DC F0 55 9D 8C F2 06 CD 92 E8 69 56 49 05 CE 21 D7 20 F9 71 B7 AE A3 74 83 0E BE 17 57 11 5A 85 E0 88 D4 1C 6B 77 CF 5E C8 21 F3 0B 1D 89 04 17 BF 2F A3 1E 59 08 DE D5 FA 67 7F 8C 7B 18 4A D0 90 28 FD DE 96 B6 A6 10 98 50 AA 80 01 75 EA BC DB BB 68 4A 96 C2 EB 63 79 DF EA 08 D3 2F E2 33 1F E1 03 23 3A D5 8D CD B1 E6 E0 77 CB 9F 24 EA EC 5C 25 AF / 128 / 65537
6 / A0 00 00 00 04 / F8 / A1 F5 E1 C9 BD 86 50 BD 43 AB 6E E5 6B 89 1E F7 45 9C 0A 24 FA 84 F9 12 7D 1A 6C 79 D4 93 0F 6D B1 85 2E 25 10 F1 8B 61 CD 35 4D B8 3A 35 6B D1 90 B8 8A B8 DF 04 28 4D 02 A4 20 4A 7B 6C B7 C5 55 19 77 A9 B3 63 79 CA 3D E1 A0 8E 69 F3 01 C9 5C C1 C2 05 06 95 92 75 F4 17 23 DD 5D 29 25 29 05 79 E5 A9 5B 0D F6 32 3F C8 E9 27 3D 6F 84 91 98 C4 99 62 09 16 6D 9B FC 97 3C 36 1C C8 26 E1 / 128 / 3
7 / A0 00 00 00 04 / F9 / A9 9A 6D 3E 07 18 89 ED 9E 3A 0C 39 1C 69 B0 B8 04 FC 16 0B 2B 4B DD 57 0C 92 DD 5A 0F 45 F5 3E 86 21 F7 C9 6C 40 22 42 66 73 5E 1E E1 B3 C0 62 38 AE 35 04 63 20 FD 8E 81 F8 CE B3 F8 B4 C9 7B 94 09 30 A3 AC 5E 79 00 86 DA D4 1A 6A 4F 51 17 BA 1C E2 43 8A 51 AC 05 3E B0 02 AE D8 66 D2 C4 58 FD 73 35 90 21 A1 20 29 A0 C0 43 04 5C 11 66 4F E0 21 9E C6 3C 10 BF 21 55 BB 27 84 60 9A 10 64 21 D4 51 63 79 97 38 C1 C3 09 09 BB 6C 6F E5 2B BB 76 39 7B 97 40 CE 06 4A 61 3F F8 41 11 85 F0 88 42 A4 23 EA D2 0E DF FB FF 1C D6 C3 FE 0C 98 21 47 91 99 C2 6D 85 72 CC 8A FF F0 87 A9 C3 / 192 / 3
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
9 / A0 00 00 00 04 / FE / A6 53 EA C1 C0 F7 86 C8 72 4F 73 7F 17 29 97 D6 3D 1C 32 51 C4 44 02 04 9B 86 5B AE 87 7D 0F 39 8C BF BE 8A 60 35 E2 4A FA 08 6B EF DE 93 51 E5 4B 95 70 8E E6 72 F0 96 8B CD 50 DC E4 0F 78 33 22 B2 AB A0 4E F1 37 EF 18 AB F0 3C 7D BC 58 13 AE AE F3 AA 77 97 BA 15 DF 7D 5B A1 CB AF 7F D5 20 B5 A4 82 D8 D3 FE E1 05 07 78 71 11 3E 23 A4 9A F3 92 65 54 A7 0F E1 0E D7 28 CF 79 3B 62 A1 / 128 / 3
10 / B0 12 34 56 78 / F3 / 94 EA 62 F6 D5 83 20 E3 54 C0 22 AD DC F0 55 9D 8C F2 06 CD 92 E8 69 56 49 05 CE 21 D7 20 F9 71 B7 AE A3 74 83 0E BE 17 57 11 5A 85 E0 88 D4 1C 6B 77 CF 5E C8 21 F3 0B 1D 89 04 17 BF 2F A3 1E 59 08 DE D5 FA 67 7F 8C 7B 18 4A D0 90 28 FD DE 96 B6 A6 10 98 50 AA 80 01 75 EA BC DB BB 68 4A 96 C2 EB 63 79 DF EA 08 D3 2F E2 33 1F E1 03 23 3A D5 8D CD B1 E6 E0 77 CB 9F 24 EA EC 5C 25 AF / 128 / 65537
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
12 / B0 12 34 56 78 / F6 / A1 F5 E1 C9 BD 86 50 BD 43 AB 6E E5 6B 89 1E F7 45 9C 0A 24 FA 84 F9 12 7D 1A 6C 79 D4 93 0F 6D B1 85 2E 25 10 F1 8B 61 CD 35 4D B8 3A 35 6B D1 90 B8 8A B8 DF 04 28 4D 02 A4 20 4A 7B 6C B7 C5 55 19 77 A9 B3 63 79 CA 3D E1 A0 8E 69 F3 01 C9 5C C1 C2 05 06 95 92 75 F4 17 23 DD 5D 29 25 29 05 79 E5 A9 5B 0D F6 32 3F C8 E9 27 3D 6F 84 91 98 C4 99 62 09 16 6D 9B FC 97 3C 36 1C C8 26 E1 / 128 / 3
13 / B0 12 34 56 78 / F7 / 98 F0 C7 70 F2 38 64 C2 E7 66 DF 02 D1 E8 33 DF F4 FF E9 2D 69 6E 16 42 F0 A8 8C 56 94 C6 47 9D 16 DB 15 37 BF E2 9E 4F DC 6E 6E 8A FD 1B 0E B7 EA 01 24 72 3C 33 31 79 BF 19 E9 3F 10 65 8B 2F 77 6E 82 9E 87 DA ED A9 C9 4A 8B 33 82 19 9A 35 0C 07 79 77 C9 7A FF 08 FD 11 31 0A C9 50 A7 2C 3C A5 00 2E F5 13 FC CC 28 6E 64 6E 3C 53 87 53 5D 50 95 14 B3 B3 26 E1 23 4F 9C B4 8C 36 DD D4 4B 41 6D 23 65 40 34 A6 6F 40 3B A5 11 C5 EF A3 / 144 / 3
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
Annexes
Implementation Conformance Statement Forms

Annex BImplementation Conformance Statement Forms