Class Index | File Index

## Classes

- _global_
- AccessController
- APDU
- AuthenticationObject
- CAConnection
- ChipAuthentication
- ChipAuthenticationDomainParameterInfo
- ChipAuthenticationInfo
- ChipAuthenticationPublicKeyInfo
- CommandInterpreter
- CRLGenerator
- CVC
- CVCCA
- CVCertificateStore
- DataUnitAPDU
- DF
- DKEK
- DNEncoder
- EAC20
- EAC2CVCertificateGenerator
- EAC2CVRequestGenerator
- FCP
- File
- FileEncryptor
- FileSelector
- FileSystemIdObject
- FSNode
- GPSCP03
- HSMCVCertificateStore
- HSMKeyStore
- LinearEF
- ManagePKA
- P11CVCertificateStore
- PACE
- PACEDomainParameterInfo
- PACEInfo
- PaperKeyEncoding
- PKCS10Generator
- PublicKeyFile
- PublicKeyReference
- RAMClient
- RestrictedIdentificationDomainParameterInfo
- RestrictedIdentificationInfo
- SecureChannelHandler
- SecureMessagingCommandAPDUDecoder
- SecurityEnvironment
- SignatureKey
- SmartCardHSM
- SmartCardHSMCrypto
- SmartCardHSMInitializer
- SmartCardHSMKey
- SmartCardHSMKeySpecGenerator
- SmartCardHSMSymmetricKeySpecGenerator
- TransparentEF
- TrustAnchor
- X509CertificateGenerator
- X509CertificateIssuer
- X509CertificateStore
- X509Signer

# Class EAC20

Class implementing support for Extended Access Control V2
Defined in: EAC20.js.

Class Summary
Constructor Attributes | Constructor Name and Description
--- | ---
| EAC20(crypto, card) Create a protocol object for EAC

Field Summary
Field Attributes | Field Name and Description
--- | ---
<static> | EAC20.ID_CAN PACE PWD is the CAN
<static> | EAC20.ID_MRZ PACE PWD is the hashed MRZ
<static> | EAC20.ID_PIN PACE PWD is the PIN
<static> | EAC20.ID_PUK PACE PWD is the PUK

Method Summary
Method Attributes | Method Name and Description
--- | ---
| calculateBACKey(mrz, keyno) Calculate the Basic Access Control (BAC) key from the MRZ
<static> | EAC20.decodeDocumentNumber(mrz) Decode document number from 2 or 3 line MRZ This method supports a document number in a three line MRZ longer than 10 digits.
| getCADomainParameterInfos() Return the list of ChipAuthenticationDomainParameterInfo objects
| getCAInfos() Return the list of ChipAuthenticationInfo objects
| getCAKeyId(privileged) Return the key id of the chip authentication key
| getPACEDomainParameterInfos() Return the list of PACEDomainParameterInfo objects
| getPACEInfos() Return the list of PACEInfo objects
| getRIKeyId(authOnly) Return the key id of the restricted identification key
| getTrustAnchorCAR(previous,) Return the trust anchor's CAR as indicated by the card in the PACE protocol
| hashMRZ(mrz) Calculate the hash over document number, date of birth and date of expiration from 2 or 3 line MRZ
    2 line MRZ of Silver Data Set
      P
| performBAC(kenc, kmac) Perform BAC using the provided Kenc and Kmac values.
| performBACWithMRZ(kenc, kmac) Perform BAC using the provided Kenc and Kmac values.
| performChipAuthentication(keyid) Perform chip authentication and establish a secure channel
| performChipAuthenticationV1(keyid) Perform chip authentication in version 1 and establish a secure channel
| performChipAuthenticationV2() Perform chip authentication in version 2 and establish a secure channel
| performPACE(parameterId, pwdid, pwd, chat, certExt) Perform PACE using the indicated parameter set, the identified password, the password value and an optional cardholder authentication template.
| performRestrictedIdentification(keyId, sectorPublicKey, sectorPublicKeyIndex) Perform restricted identification
| performTerminalAuthentication(termkey, auxdata, crypto) Perform terminal authentication using a given terminal key
| performTerminalAuthenticationFinal(signature) Complete terminal authentication by submitting the signature to the card
| performTerminalAuthenticationSetup(auxdata) Prepare terminal authentication by setting the required security environment
| prepareChipAuthentication(keyId) Prepare chip authentication by generating the ephemeral key pair
| processSecurityInfos(si, fromCardSecurity) Process a list of security infos from EF.CardInfo, EF.CardSecurity or EF.ChipSecurity
| readCardAccess() Read EF.CardAccess and process security infos
| readCardSecurity() Read EF.CardSecurity and process security infos
| readChipSecurity() Read EF.ChipSecurity and process security infos
| readCVCA() Read EF.CVCA and process contained CARs
| readDG14() Read EF.DG14 and process security infos
| readEFwithFID(fid) Select EF using FID and read elementary file
| readEFwithSFI(short) Select and read EF using SFI
| readTLVEFwithSFI(short) Select and read a TLV encoded EF using SFI
| select_eID() Select eID Application
| select_eSign() Select eSign Application
| selectADF(aid) Select application DF
| selectLDS() Select ePass LDS Application
| setIDPICC(id, kmac) Set the ID_PICC used for terminal authentication in EAC 1.11
| updateEFwithFID(fid, data) Select EF using FID and update content
| updateEFwithSFI(short, data) Select EF using SFI and update content
| verifyAuxiliaryData(oid) Verify authenticated auxiliary data
| verifyCertificateChain(cvcchain) Submit a list of certificates to the card for verification

Class Detail
EAC20(crypto, card)
Create a protocol object for EAC

Parameters:
{Crypto} crypto
  the crypto provider
{Card} card
  the card object

Field Detail
<static> EAC20.ID_CAN
PACE PWD is the CAN

<static> EAC20.ID_MRZ
PACE PWD is the hashed MRZ

<static> EAC20.ID_PIN
PACE PWD is the PIN

<static> EAC20.ID_PUK
PACE PWD is the PUK
Method Detail
{Key} calculateBACKey(mrz, keyno)
Calculate the Basic Access Control (BAC) key from the MRZ

Parameters:
{String} mrz
  2 line or 3 line machine readable zone
{Number} keyno
  Number of key to calculate (1 for Kenc and 2 for Kmac)

Returns:
  the key object

<static> {String} EAC20.decodeDocumentNumber(mrz)
Decode document number from 2 or 3 line MRZ

This method supports a document number in a three line MRZ longer than 10 digits.

Parameters:
{String} mrz
  the concatenation of the MRZ lines

Returns:
  the document number

{ChipAuthenticationDomainParameterInfo[]} getCADomainParameterInfos()
Return the list of ChipAuthenticationDomainParameterInfo objects

Returns:
  the list of ChipAuthenticationDomainParameterInfo objects read from the card, indexed by the keyId

{ChipAuthenticationInfo[]} getCAInfos()
Return the list of ChipAuthenticationInfo objects

Returns:
  the list of ChipAuthenticationInfo objects read from the card, indexed by the keyId

getCAKeyId(privileged)
Return the key id of the chip authentication key

Parameters:
privileged

Returns:
  the key id

{PACEDomainParameterInfo[]} getPACEDomainParameterInfos()
Return the list of PACEDomainParameterInfo objects

Returns:
  the list of PACEDomainParameterInfo objects read from the card, indexed by the parameterId

{PACEInfo[]} getPACEInfos()
Return the list of PACEInfo objects

Returns:
  the list of PACEInfo objects read from the card, indexed by the parameterId

getRIKeyId(authOnly)
Return the key id of the restricted identification key

Parameters:
{boolean} authOnly
  return the RI key available after authentication only (to calculate the pseudonym)

Returns:
  the key id

{PublicKeyReference} getTrustAnchorCAR(previous,)
Return the trust anchor's CAR as indicated by the card in the PACE protocol

Parameters:
{boolean} previous,
  true to return the previous CAR, if any

Returns:
  the CertificationAuthorityReference (CAR)

{ByteString} hashMRZ(mrz)
Calculate the hash over document number, date of birth and date of expiration from 2 or 3 line MRZ

    2 line MRZ of Silver Data Set
      P

Parameters:
{String} mrz
  2 line or 3 line machine readable zone

Returns:
  the SHA-1 hash over the concatenation of document number, date of birth and date of expiration

performBAC(kenc, kmac)
Perform BAC using the provided Kenc and Kmac values.

Parameters:
{Key} kenc
  the key Kenc
{Key} kmac
  the key Kmac

performBACWithMRZ(kenc, kmac)
Perform BAC using the provided Kenc and Kmac values.

Parameters:
{Key} kenc
  the key Kenc
{Key} kmac
  the key Kmac

{boolean} performChipAuthentication(keyid)
Perform chip authentication and establish a secure channel

Parameters:
{Number} keyid
  the key identifier (only required for ChipAuthentication in version 1)

Returns:
  true, if chip authentication was successfull

{boolean} performChipAuthenticationV1(keyid)
Perform chip authentication in version 1 and establish a secure channel

Parameters:
keyid

Returns:
  true, if chip authentication was successfull

{boolean} performChipAuthenticationV2()
Perform chip authentication in version 2 and establish a secure channel

Returns:
  true, if chip authentication was successfull

performPACE(parameterId, pwdid, pwd, chat, certExt)
Perform PACE using the indicated parameter set, the identified password, the password value and an optional cardholder authentication template.

This method supports PACE version 1 and 2. For version 2, parameterId with a value between 0 and 31 denotes a standardized domain parameter as defined in TR-03110 2.04 or later.

Parameters:
{Number} parameterId
  the identifier for the PACEInfo and PACEDomainParameterInfo from EF.CardInfo. Use 0 for the default.
{Number} pwdid
  one of EAC20.ID_MRZ, EAC20.ID_CAN, EAC20.ID_PIN, EAC20.ID_PUK
{ByteString} pwd
  the PACE password or PACE key
{ASN1} chat
  the CHAT data object with tag 7F4C or null
{ASN1} certExt
  the certificate extensions data object with tag 65 or null

{ByteString} performRestrictedIdentification(keyId, sectorPublicKey, sectorPublicKeyIndex)
Perform restricted identification

Parameters:
{Number} keyId
  restricted identification key identifier
{ByteString} sectorPublicKey
  the sector public key data
{Number} sectorPublicKeyIndex
  optional argument that allows to select a specific sector public key in the terminal certificate

Returns:
  the sector specific identifier

performTerminalAuthentication(termkey, auxdata, crypto)
Perform terminal authentication using a given terminal key

Parameters:
{Key} termkey
  the terminal private key
{ByteString} auxdata
  auxiliary data (tag '67') to be included in terminal authentication
{Crypto} crypto
  optional alternative crypto provider (e.g. for key in SmartCard-HSM)

performTerminalAuthenticationFinal(signature)
Complete terminal authentication by submitting the signature to the card

Parameters:
{ByteString} signature
  the signature as concatenation of r and s

performTerminalAuthenticationSetup(auxdata)
Prepare terminal authentication by setting the required security environment

Parameters:
{ByteString} auxdata
  auxiliary data (tag '67') to be included in terminal authentication

prepareChipAuthentication(keyId)
Prepare chip authentication by generating the ephemeral key pair

Parameters:
{Number} keyId
  the key identifier to be used for chip authentication

processSecurityInfos(si, fromCardSecurity)
Process a list of security infos from EF.CardInfo, EF.CardSecurity or EF.ChipSecurity

Parameters:
{ASN1} si
  the security info ASN Sequence
{boolean} fromCardSecurity
  true if security infos are taken from EF.CardSecurity, EF.ChipSecurity or EF.DG14

readCardAccess()
Read EF.CardAccess and process security infos

readCardSecurity()
Read EF.CardSecurity and process security infos

readChipSecurity()
Read EF.ChipSecurity and process security infos

readCVCA()
Read EF.CVCA and process contained CARs

readDG14()
Read EF.DG14 and process security infos

{ByteString} readEFwithFID(fid)
Select EF using FID and read elementary file

Parameters:
{ByteString} fid
  2 byte file identifier

Returns:
  the content of the EF

{ByteString} readEFwithSFI(short)
Select and read EF using SFI

Parameters:
{Number} short
  file identifier

Returns:
  the content of the EF

{ByteString} readTLVEFwithSFI(short)
Select and read a TLV encoded EF using SFI

Parameters:
{Number} short
  file identifier

Returns:
  the TLV content of the EF

select_eID()
Select eID Application

select_eSign()
Select eSign Application

selectADF(aid)
Select application DF

Parameters:
{ByteString} aid
  the application identifier

selectLDS()
Select ePass LDS Application

setIDPICC(id, kmac)
Set the ID_PICC used for terminal authentication in EAC 1.11

Parameters:
{ByteString} id
{Key} kmac
  the key Kmac

updateEFwithFID(fid, data)
Select EF using FID and update content

Parameters:
{ByteString} fid
  2 byte file identifier
{ByteString} data
  data to be written

updateEFwithSFI(short, data)
Select EF using SFI and update content

Parameters:
{Number} short
  file identifier
{ByteString} data
  data to be written

{boolean} verifyAuxiliaryData(oid)
Verify authenticated auxiliary data

Parameters:
{ByteString} oid
  the object identifier for the auxiliary data provided during terminal authentication

Returns:
  true, if auxiliary data was verified

verifyCertificateChain(cvcchain)
Submit a list of certificates to the card for verification

Parameters:
{CVC[]} cvcchain
  the list of certificates, starting with link certificates, DVCA certificate and terminal certificate.

Documentation generated by JsDoc Toolkit 2.4.0 on Fri Mar 27 2026 16:43:33 GMT+0100 (CET)