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RFID Chip Processing

  • The SDK can automatically change the scenario settings depending on the type and results obtained during the scanning of the last document. The default value is true:
DocReader.shared.rfidScenario.autoSettings = true

[RGLDocReader shared].rfidScenario.autoSettings = YES;
  • Set an authentication procedure type, which should be conducted if all the objective conditions are met:
DocReader.shared.rfidScenario.authProcType = RFIDAuthenticationProcedureType.advanced

[RGLDocReader shared].rfidScenario.authProcType = RGLRFIDSdkProfilerTypeDoc9303Edition2006;
  • Set a type of priority mechanism for organizing an SM-channel (Security Messaging is a mechanism of protected data exchanging):
DocReader.shared.rfidScenario.baseSMProcedure = RFIDAccessControlProcedureType.bac

[RGLDocReader shared].rfidScenario.baseSMProcedure = RGLRFIDAccessControlProcedureTypeBac;
  • Set a data access type for the PACE procedure:
DocReader.shared.rfidScenario.pacePasswordType = RFIDPasswordType.mrz

[RGLDocReader shared].rfidScenario.pacePasswordType = RGLRFIDPasswordTypeMrz;
  • Priority of using DS-certificates:
DocReader.shared.rfidScenario.pkdDSCertPriority = false

[RGLDocReader shared].rfidScenario.pkdDSCertPriority = NO;
  • Use of CSCA-certificates submitted by individual data files only:
DocReader.shared.rfidScenario.pkdUseExternalCSCA = false

[RGLDocReader shared].rfidScenario.pkdUseExternalCSCA = NO;
  • Level of trust to CSCA-certificates from PKD:
DocReader.shared.rfidScenario.trustedPKD = false

[RGLDocReader shared].rfidScenario.trustedPKD = NO;
  • Logical sign of passive authentication performance:
DocReader.shared.rfidScenario.passiveAuth = true

[RGLDocReader shared].rfidScenario.passiveAuth = YES;
  • Logical sign of a cancellation of an active authentication procedure (AA) after the successful performance of a chip authentication (CA) procedure:
DocReader.shared.rfidScenario.skipAA = false

[RGLDocReader shared].rfidScenario.skipAA = NO;
  • Select the type of logical data profiler to use with an electronic document:
DocReader.shared.rfidScenario.profilerType = RGLRFIDSdkProfilerTypeDoc9303Edition2006

[RGLDocReader shared].rfidScenario.profilerType = RGLRFIDSdkProfilerTypeDoc9303Edition2006;
  • Strict ISO protocol:
DocReader.shared.rfidScenario.strictProcessing = false

[RGLDocReader shared].rfidScenario.strictProcessing = NO;
  • Specify whether the ePassport must be read or not:
DocReader.shared.rfidScenario.readEPassport = true

[RGLDocReader shared].rfidScenario.readEPassport = YES;
  • Specify the data groups of the ePassport that must be read:
DocReader.shared.rfidScenario.ePassportDataGroups.dG1 = true

[RGLDocReader shared].rfidScenario.ePassportDataGroups.dG1 = YES;
  • Specify whether the eID must be read or not:
DocReader.shared.rfidScenario.readEID = false

[RGLDocReader shared].rfidScenario.readEID = NO;
  • Specify which data groups of the eID must be read:
DocReader.shared.rfidScenario.eIDDataGroups.dG1 = true

[RGLDocReader shared].rfidScenario.eIDDataGroups.dG1 = YES;
  • Specify whether the eDL must read or not:
DocReader.shared.rfidScenario.readEDL = true

[RGLDocReader shared].rfidScenario.readEDL = YES;
  • Specify which data groups of the eDL must be read:
DocReader.shared.rfidScenario.eDLDataGroups.dG1 = true

[RGLDocReader shared].rfidScenario.eDLDataGroups.dG1 = YES;

Next Steps