The IPLiveness module has been removed.
The health insurance models have been updated. In particular, the planCodes, telephones, emails, webs properties of HealthInsuranceCardResult model have changed its types as follows:
public class HealthInsuranceCardResult {
public let copayEr: String?
public let copayOv: String?
public let copaySp: String?
public let copayUc: String?
public let coverage: String?
public let contractCode: String?
public let dateOfBirth: String?
public let deductible: String?
public let effectiveDate: String?
public let employer: String?
public let expirationDate: String?
public let firstName: String?
public let groupName: String?
public let groupNumber: String?
public let issuerNumber: String?
public let lastName: String?
public let memberId: String?
public let memberName: String?
public let middleName: String?
public let namePrefix: String?
public let nameSuffix: String?
public let other: String?
public let payerId: String?
public let planAdmin: String?
public let planProvider: String?
public let planType: String?
public let rxBin: String?
public let rxGroup: String?
public let rxId: String?
public let rxPcn: String?
public let addresses: [Address]?
public let planCodes: [PlanCode]?
public let telephones: [LabelValuePair]?
public let emails: [LabelValuePair]?
public let webs: [LabelValuePair]?
public let transactionId: String?
public var instanceID: String?
public let frontImage: UIImage?
public let backImage: UIImage?
}public class LabelValuePair {
public let label: String?
public let value: String?
}
public class PlanCode {
public let planCode: String?
}-
Now that we support M1 based iOS simulators, you must use libtesseract.xcframework instead of TesseractOCR.framework (and remove the Carthage configuration for the latter) in order to manually integrate with the SDK and use the AcuantCamera module. In addition, the OCRB Training data must be added in a referenced folder called tessdata. The latter also applies when integrating the SDK via Cocoapods.
-
The interaction with document-related cameras (which includes improvements around the creation, name, and language localization), the MRZ, document cameras, and barcode cameras have been standardized as follows:
-
To get the document and barcode string, implement
DocumentCameraViewControllerDelegateprotocol instead ofCameraCaptureDelegate.Implement
public protocol DocumentCameraViewControllerDelegate { func onCaptured(image: Image, barcodeString: String?) }
Instead of
public protocol CameraCaptureDelegate { func setCapturedImage(image: Image, barcodeString: String?) }
-
Customize the camera using
DocumentCameraOptionsinstead ofCameraOptionspublic enum DocumentCameraState: Int { case align, moveCloser, tooClose, steady, hold, capture } public class DocumentCameraOptions: CameraOptions { public let countdownDigits: Int public let timeInMillisecondsPerCountdownDigit: int public let textForManualCapture: String public let textForState: (DocumentCameraState) -> String public let colorForState: (DocumentCameraState) -> CGColor public init(countdownDigits: Int = 2, timeInSecondsPerCountdownDigit: Int = 900, showDetectionBox: Bool = true, autoCapture: Bool = true, hideNavigationBar: Bool = true, showBackButton: Bool = true, bracketLengthInHorizontal: Int = 80, bracketLengthInVertical: Int = 50, defaultBracketMarginWidth: CGFloat = 0.5, defaultBracketMarginHeight: CGFloat = 0.6, textForManualCapture: String = "ALIGN & TAP", textForState: @escaping (DocumentCameraState) -> String = { state in switch state { case .align: return "ALIGN" case .moveCloser: return "MOVE CLOSER" case .tooClose: return "TOO CLOSE" case .steady: return "HOLD STEADY" case .hold: return "HOLD" case .capture: return "CAPTURING" @unknown default: return "" } }, colorForState: @escaping (DocumentCameraState) -> CGColor = { state in switch state { case .align: return UIColor.black.cgColor case .moveCloser: return UIColor.red.cgColor case .tooClose: return UIColor.red.cgColor case .steady: return UIColor.yellow.cgColor case .hold: return UIColor.yellow.cgColor case .capture: return UIColor.green.cgColor @unknown default: return UIColor.black.cgColor } }, textForCameraPaused: String = "CAMERA PAUSED", backButtonText: String = "BACK") }
DocumentCameraStateenum cases are now in lower casedigitsToShowis nowcountdownDigitstimeInMsPerDigitis nowtimeInMillisecondsPerCountdownDigitallowBoxis nowshowDetectionBoxcolorHold,colorCapturing,colorBracketAlign,colorBracketCloser,colorBracketHold,colorBracketCaptureare now removed in favor ofcolorForState- Regarding language localization, the document camera does no longer read from the app's localizable files. The strings are now expected to be passed using
textForState,textForManualCapture,textForCameraPausedandbackButtonTextproperties.
-
Create and open the camera.
Implement
let opions = DocumentCameraOptions() let documentCameraViewController = DocumentCameraViewController(options: options) documentCameraViewController.delegate = self navigationController.pushViewController(documentCameraViewController, animated: false)
Instead of
let options = CameraOptions() let documentCameraController = DocumentCameraController.getCameraController(delegate: self, cameraOptions: options) navigationController.pushViewController(documentCameraController, animated: false)
-
To get the image and barcode string, implement
DocumentCaptureSessionDelegateprotocol instead ofDocumentCaptureDelegate.Implement
public protocol DocumentCaptureSessionDelegate { func readyToCapture() func documentCaptured(image: UIImage, barcodeString: String?) }
Instead of
public protocol DocumentCaptureDelegate { func readyToCapture() func documentCaptured(image: UIImage, barcodeString: String?) }
-
(Optionally) Implement AutoCaptureDelegate and/or FrameAnalysisDelegate protocols. The latter changed as follows:
public protocol FrameAnalysisDelegate { func onFrameAvailable(frameResult: FrameResult, points: [CGPoint]?) }
Instead of
public protocol FrameAnalysisDelegate { func onFrameAvailable(frameResult: FrameResult, points: Array<CGPoint>?) }
Additionally
FrameResultenum cases are now in lower caseImplement
public enum FrameResult: Int { case noDocument, smallDocument, badAspectRatio, goodDocument, documentNotInFrame }
Instead of
public enum FrameResult: Int { case NO_DOCUMENT, SMALL_DOCUMENT, BAD_ASPECT_RATIO, GOOD_DOCUMENT, DOCUMENT_NOT_IN_FRAME }
-
Create a capture session
Implement
let captureDevice = AVCaptureDevice.default(.builtInWideAngleCamera, for: AVMediaType.video, position: .back)! let captureSession = DocumentCaptureSession(captureDevice: captureDevice) captureSession.delegate = self captureSession.autoCaptureDelegate = self captureSession.frameDelegate = self
Instead of
let captureSession = DocumentCaptureSession.getDocumentCaptureSession(delegate: self, frameDelegate: self, autoCaptureDelegate: self, captureDevice: captureDevice)
-
Starting, stopping, and enabling capture remains unchanged.
-
To get the barcode string, implement
BarcodeCameraViewControllerDelegateprotocol instead ofBarcodeCameraDelegate.Implement
public protocol BarcodeCameraViewControllerDelegate: AnyObject { func onCaptured(barcode: String?) }
Instead of
public protocol BarcodeCameraDelegate: AnyObject { func captured(barcode: String?) }
-
Customize the camera using
BarcodeCameraOptionsinstead ofCameraOptions.public enum BarcodeCameraState: Int { case align case capturing } public class BarcodeCameraOptions: CameraOptions { public let waitTimeAfterCapturingInSeconds: Int public let timeoutInSeconds: Int public let textForState: (BarcodeCameraState) -> String public let colorForState: (BarcodeCameraState) -> CGColor public init(hideNavigationBar: Bool = true, showBackButton: Bool = true, waitTimeAfterCapturingInSeconds: Int = 1, timeoutInSeconds: Int = 20, textForState: @escaping (BarcodeCameraState) -> String = { state in switch state { case .align: return "CAPTURE BARCODE" case .capturing: return "CAPTURING" @unknown default: return "" } }, colorForState: @escaping (BarcodeCameraState) -> CGColor = { state in switch state { case .align: return UIColor.white.cgColor case .capturing: return UIColor.green.cgColor @unknown default: return UIColor.white.cgColor } }, textForCameraPaused: String = "CAMERA PAUSED", backButtonText: String = "BACK", placeholderImageName: String? = "barcode_placement_overlay") }
timeInMsPerDigitis nowwaitTimeAfterCapturingInSecondsdigitsToShowis nowtimeoutInSecondscolorHoldandcolorCapturingare now removed in favor ofcolorForStateproperty- Regarding language localization, the barcode camera does no longer read from the app's localizable files. The strings are now expected to be passed using
textForState,textForCameraPausedandbackButtonTextproperties.
-
Create and open the camera.
Implement
let options = BarcodeCameraOptions(waitTimeAfterCapturingInSeconds: 1, timeoutInSeconds: 20) let barcodeCamera = BarcodeCameraViewController(options: options) barcodeCamera.delegate = self navigationController?.pushViewController(barcodeCamera, animated: false)
Instead of
let options = CameraOptions(timeInMsPerDigit: 1000, digitsToShow: 20, colorHold: UIColor.white.cgColor, colorCapturing: UIColor.green.cgColor) let barcodeCamera = BarcodeCameraViewController(options: options, delegate: self) navigationController?.pushViewController(barcodeCamera, animated: false)
-
To get the MRZ result, implement
MrzCameraViewControllerDelegateprotocol instead of the view controller'scallbackproperty.Implement
public protocol MrzCameraViewControllerDelegate: AnyObject { func onCaptured(mrz: AcuantMrzResult?) }
Instead of
acuantMrzCameraController.callback: ((AcuantMrzResult?) -> Void)?
-
Customize camera using
MrzCameraOptionsinstead ofCameraOptions.public enum MrzCameraState: Int { case none, align, moveCloser, tooClose, reposition, good, captured } public class MrzCameraOptions: CameraOptions { public let textForState: (MrzCameraState) -> String public let colorForState: (MrzCameraState) -> CGColor public init(showDetectionBox: Bool = true, bracketLengthInHorizontal: Int = 50, bracketLengthInVertical: Int = 40, defaultBracketMarginWidth: CGFloat = 0.58, defaultBracketMarginHeight: CGFloat = 0.63, hideNavigationBar: Bool = true, showBackButton: Bool = true, placeholderImageName: String? = "Passport_placement_Overlay", textForState: @escaping (MrzCameraState) -> String = { state in switch state { case .none, .align: return "" case .moveCloser: return "Move Closer" case .tooClose: return "Too Close!" case .good: return "Reading MRZ" case .captured: return "Captured" case .reposition: return "Reposition" @unknown default: return "" } }, colorForState: @escaping (MrzCameraState) -> CGColor = { state in switch state { case .none, .align: return UIColor.black.cgColor case .moveCloser: return UIColor.red.cgColor case .tooClose: return UIColor.red.cgColor case .good: return UIColor.yellow.cgColor case .captured: return UIColor.green.cgColor case .reposition: return UIColor.red.cgColor @unknown default: return UIColor.black.cgColor } }, textForCameraPaused: String = "CAMERA PAUSED", backButtonText: String = "BACK") }
MrzCameraStateenum cases are now in lower casecolorHold,colorCapturing,colorReposition,colorBracketAlign,colorBracketCloser,colorBracketHold,colorBracketCaptureare now removed in favor ofcolorForState- Regarding language localization, the mrz camera does no longer expose
customDisplayMessageproperty. The strings are now expected to be passed usingtextForState,textForCameraPausedandbackButtonTextproperties. allowBoxis nowshowDetectionBox
-
Create and open the camera.
Implement
let textForState: (MrzCameraState) -> String = { state in switch state { case .none, .align: return "" case .moveCloser: return "Move Closer" case .tooClose: return "Too Close!" case .good: return "Reading MRZ" case .captured: return "Captured" case .reposition: return "Reposition" @unknown default: return "" } } let options = MrzCameraOptions(textForState: textForState) let mrzCameraViewController = MrzCameraViewController(options: options) mrzCameraViewController.delegate = self navigationController?.pushViewController(mrzCameraViewController, animated: false)
Instead of
let vc = AcuantMrzCameraController() vc.options = CameraOptions() vc.customDisplayMessage: ((MrzCameraState) -> String) = { state in switch state { case .None, .Align: return "" case .MoveCloser: return "Move Closer" case .TooClose: return "Too Close!" case .Reposition: return "Reposition" case .Good: return "Reading MRZ" case .Captured: return "Captured" } } vc.callback: ((AcuantMrzResult?) -> Void)? = { [weak self] result in if let success = result { DispatchQueue.main.async { //pop or dismiss the View Controller self?.navigationController?.popViewController(animated: true) } } else { //User Canceled } } navigationController?.pushViewController(controller, animated: false)
-
A new face state (FACE_HAS_ANGLE) was added to determine whether the face has roll or yaw angle. The possible states are as follows:
public enum AcuantFaceType: Int { case NONE case FACE_TOO_CLOSE case FACE_MOVED case FACE_TOO_FAR case FACE_GOOD_DISTANCE case FACE_NOT_IN_FRAME case FACE_HAS_ANGLE }
The Document, Classification, Health Insurance, Passive Liveness and Ozone models have been updated. The structure of these models has been modified to more closely match the structure of the model returned through the web call. This modification reduces ambiguity and enables future fields in the web model to be mapped more easily to the Swift model. Fields also will more closely match their type (int to int, boolean to boolean, etc.) whereas, in the past, most fields were read as strings. Fields that represent an emun are now parsed into the appropriate enum. The unparsed value is still exposed if a new enum value is added in the web result and not yet mapped to the Swift model.
Breakdowns of the new Swift models are shown below. Although these models might seem overwhelming, large portions remain unchanged from the previous version.
IDResult
public let instanceID: String
public let unparsedAuthenticationSensitivity: Int
public var authenticationSensitivity: AuthenticationSensitivity?
public let engineVersion: String?
public let libraryVersion: String?
public let unparsedProcessMode: Int
public var processMode: DocumentProcessMode?
public var unparsedResult: Int
public var result: AuthenticationResult?
public let subscription: Subscription?
public let biographic: Biographic?
public let classification: Classification?
public let device: DeviceInfo?
public let alerts: [DocumentAlert]?
public let dataFields: [DocumentDataField]?
public let fields: [DocumentField]?
public let images: [DocumentImage]?
public let regions: [DocumentRegion]?
public let unparsedTamperResult: Int
public var tamperResult: AuthenticationResult?
public let unparsedTamperSensitivity: Int
public var tamperSensitivity: TamperSensitivity?DocumentAlert
public let actions: String?
public let actionDescription: String?
public let disposition: String?
public let id: String
public let information: String?
public let key: String?
public let name: String?
public let unparsedResult: Int
public var result: AuthenticationResult?
public let model: String?Biographic
public let age: Int
public let birthDate: String?
public let expirationDate: String?
public let fullName: String?
public let unparsedGender: Int
public var gender: GenderType?
public var photo: String?Classification
public let unparsedMode: Int
public var mode: ClassificationMode?
public let orientationChanged: Bool
public let presentationChanged: Bool
public let classificationDetails: ClassificationDetails?
public let type: DocumentType?ClassificationDetails
public let front: DocumentType?
public let back: DocumentType?DocumentType
public let unparsedDocumentClass: Int
public var documentClass: DocumentClass?
public let classCode: String?
public let className: String?
public let countryCode: String?
public let geographicRegions: [String]?
public let id: String
public let isGeneric: Bool
public let issue: String?
public let issueType: String?
public let issuerCode: String?
public let issuerName: String?
public let unparsedIssuerType: Int
public var issuerType: IssuerType?
public let keesingCode: String?
public let name: String?
public let unparsedSize: Int
public var size: DocumentSize?
public let referenceDocumentDataTypes: [DocumentDataType]?
public let documentDataTypes: [DocumentDataType]?
public let supportedImages: [DocumentImageType]DocumentImageType
public let unparsedLight: Int
public var light: LightSource?
public let unparsedSide: Int
public var side: DocumentSide?DocumentDataField
public let dataSource: Int
public let fieldDescrption: String?
public let id: String?
public let isImage: Bool
public let key: String?
public let regionOfInterest: Rectangle?
public let regionReference: String?
public let reliability: Double
public let type: String?
public let value: String?Rectangle
public let height: Int
public let width: Int
public let x: Int
public let y: IntDeviceInfo
public let hasContactlessChipReader: Bool
public let hasMagneticStripeReader: Bool
public let serialNumber: String?
public let type: DeviceType?DeviceType
public let manufacturer: String?
public let model: String?
public let unparsedSensorType: Int
public var sensorType: SensorType?DocumentField
public let unparsedDataSource: Int
public var dataSource: DocumentDataSource?
public let fieldDescription: String?
public let id: String
public let isImage: Bool
public let key: String?
public let name: String?
public let regionReference: String?
public let type: String?
public let value: String?
public let dataFieldReference: [String]?DocumentImage
public let horizontalResolution: Int
public let verticalResolution: Int
public let unparsedSide: Int
public var side: DocumentSide?
public let unparsedLight: Int
public var light: LightSource?
public let isCropped: Bool
public let isTampered: Bool
public let glareMetric: UInt8?
public let sharpnessMetric: UInt8?
public let id: String
public let mimeType: String?
public let uri: String?DocumentRegion
public let unparsedDocumentElement: Int
public var documentElement: DocumentElement?
public let imageReference: String
public let key: String?
public let id: String?
public let rectangle: Rectangle?Subscription
public let unparsedDocumentProcessMode: Int
public var documentProcessMode: DocumentProcessMode?
public let id: String
public let isActive: Bool
public let isDevelopment: Bool
public let isTrial: Bool
public let name: String?
public let storePII: Bool public enum AuthenticationResult: Int {
case unknown, passed, failed, skipped, caution, attention
public var name: String
}
public enum AuthenticationSensitivity: Int {
case normal, high, low
}
public enum ClassificationMode: Int {
case automatic, manual
}
public enum DocumentClass: Int {
case unknown
case passport
case visa
case driversLicense
case identificationCard
case permit
case currency
case residenceDocument
case travelDocument
case birthCertificate
case vehicleRegistration
case other
case weaponLicense
case tribalIdentification
case voterIdentification
case military
case consularIdentification
}
public enum DocumentDataSource: Int {
case none
case barcode1D
case barcode2D
case contactlessChip
case machineReadableZone
case magneticStripe
case visualInspectionZone
case other
}
public enum DocumentDataType: Int {
case barcode2D, machineReadableZone, magneticStripe
}
public enum DocumentElement: Int {
case unknown, none, photo, data, substrate, overlay
}
public enum DocumentProcessMode: Int {
case `default`, captureData, authenticate, barcode
}
public enum DocumentSide: Int {
case front, back
}
public enum DocumentSize: Int {
case unknown, id1, id2, id3, letter, checkCurrency, custom
}
public enum GenderType: Int {
case unspecified, male, female, unknown
}
public enum IssuerType: Int {
case unknown, country, stateProvince, tribal, municipality, business, other
}
public enum LightSource: Int {
case white, nearInfrared, ultravioletA, coaxialWhite, coaxialNearInfrared
}
public enum SensorType: Int {
case unknown, camera, scanner, mobile
}Additionally CardSide was removed in favor of DocumentSide.
HealthInsuranceCardResult
public let copayEr: String?
public let copayOv: String?
public let copaySp: String?
public let copayUc: String?
public let coverage: String?
public let contractCode: String?
public let dateOfBirth: String?
public let deductible: String?
public let effectiveDate: String?
public let employer: String?
public let expirationDate: String?
public let firstName: String?
public let groupName: String?
public let groupNumber: String?
public let issuerNumber: String?
public let lastName: String?
public let memberId: String?
public let memberName: String?
public let middleName: String?
public let namePrefix: String?
public let nameSuffix: String?
public let other: String?
public let payerId: String?
public let planAdmin: String?
public let planProvider: String?
public let planType: String?
public let rxBin: String?
public let rxGroup: String?
public let rxId: String?
public let rxPcn: String?
public let addresses: [Address]?
public let planCodes: [String]?
public let telephones: [String: String]?
public let emails: [String: String]?
public let webs: [String: String]?
public let transactionId: String?
public var instanceID: String?
public let frontImage: UIImage?
public let backImage: UIImage?Address
let fullAddress: String?
let street: String?
let city: String?
let state: String?
let zip: String? public enum AcuantLivenessAssessment: String {
case error = "Error"
case poorQuality = "PoorQuality"
case live = "Live"
case notLive = "NotLive"
}
public enum AcuantLivenessErrorCode: String {
case unknown = "Unknown"
case faceTooClose = "FaceTooClose"
case faceNotFound = "FaceNotFound"
case faceTooSmall = "FaceTooSmall"
case faceAngleTooLarge = "FaceAngleTooLarge"
case failedToReadImage = "FailedToReadImage"
case invalidRequest = "InvalidRequest"
case invalidRequestSettings = "InvalidRequestSettings"
case unauthorized = "Unauthorized"
case notFound = "NotFound"
case internalError = "InternalError"
case invalidJson = "InvalidJson"
}OzoneResultStatus
public enum OzoneResultStatus: Int {
case success
case failed
case unknown
case notPerformed
}- If you use a custom UI to capture a document (using only DocumentCaptureSession class), the start method now starts the capture session asynchronously on a background queue. The start method receives a completion handler to notify the caller after the session is started. This handler is optional and is dispatched on the main queue.
- A new MRZ state (Reposition) was added to determine whether the reading is taking too long. The possible states are as follows:
public enum MrzCameraState: Int {
case None, Align, MoveCloser, TooClose, Reposition, Good, Captured
}- Because the PACE protocol is now supported by the AcuantEchipReader module, to integrate with the SDK manually, you have to add OpenSSL.xcframework as a dependency.
-
The callback in FaceCaptureController now receives a FaceCaptureResult instead of a UIImage. The former holds an UImage and its corresponding JPEG data.
-
AcuantLivenessRequest now holds the image as JPEG data instead of a UIImage.
-
FacialMatchData changed its properties name to faceOneData and faceTwoData. Both are of type Data instead of UIImage.
-
In HGLivenessDelegate, liveFaceCapture function now receives a HGLivenessResult instead of a UIImage. The former holds the UIImage and its corresponding JPEG data.
To support Xcode 12.5, Acuant iOS SDK v11 is now distributed through XCFramework files instead of Framework files. To work around a bug in Swift, several class names have changed. Refer to the following list and update your implementation accordingly:
-
AcuantCameraOptions -> CameraOptions
-
AcuantCameraMetaData -> CameraMetaData
-
AcuantCameraTextView -> CameraTextView
-
AcuantDocumentProcessing -> DocumentProcessing
-
AcuantEchipReader -> EchipReader
-
IAcuantEchipReader -> IEchipReader
-
AcuantFaceCaptureController -> FaceCaptureController
-
FaceAcuantCameraOptions -> FaceCameraOptions
-
AcuantFaceMatch -> FaceMatch
-
AcuantHGLiveness -> HGLiveness
-
AcuantHGLivenessDelegate -> HGLivenessDelegate
-
AcuantImagePreparation -> ImagePreparation
-
AcuantImagePreparationPackage -> ImagePreparationPackage
-
AcuantIPLiveness -> IPLiveness
-
AcuantPassiveLiveness -> PassiveLiveness
-
IAcuantPassiveLivenessService -> IPassiveLivenessService
-
AcuantPassiveLivenessService -> PassiveLivenessService
Users of IPLiveness must implement two new callbacks: livenessTestConnecting() and livenessTestConnected(). This will allow the user to display any desired form of connecting message and the IPLiveness UI will only appear when it is fully ready for capture. In addition, users of IPLiveness might need to review localization as some strings have changed.
Important information about upgrading from iOS SDK version 11.3.x or earlier to version 11.4.x using CocoaPods
The Acuant iOS SDK v11 now has a minimum target of iOS 13.2. Each module has been divided into subpods.
-
To use the entire SDK, add the parent pod AcuantiOSSDKV11:
pod 'AcuantiOSSDKV11'
The minimum target is iOS 11 unless stated otherwise.
-
To include a specific pod in the SDK:
pod 'AcuantiOSSDKV11/AcuantCamera'Use document camera only pod 'AcuantiOSSDKV11/AcuantCamera/Document'Use passport MRZ camera only pod 'AcuantiOSSDKV11/AcuantCamera/Mrz'Import library in Swift import AcuantiOSSDKV11pod 'AcuantiOSSDKV11/AcuantImagePreparation'Import library in Swift import AcuantImagePreparationpod 'AcuantiOSSDKV11/AcuantFaceCapture'Import library in Swift import AcuantFaceCapturepod 'AcuantiOSSDKV11/AcuantEchipReader'The minimum target is iOS 13.2 Import library in Swift import AcuantEchipReaderpod 'AcuantiOSSDKV11/AcuantHGLiveness'Import library in Swift import AcuantHGLivenesspod 'AcuantiOSSDKV11/AcuantIPLiveness'Import library in Swift import AcuantIPLivenesspod 'AcuantiOSSDKV11/AcuantPassiveLiveness'Import library in Swift import AcuantPassiveLivenesspod 'AcuantiOSSDKV11/AcuantDocumentProcessing'Import library in Swift import AcuantDocumentProcessing
-
Refactored the SDK initialization. You will need to pass in packages to the
AcuantInitializer(IAcuantInitializer).-
The package that can be initialized is
AcuantImagePreparation -
(
AcuantImagePreparationPackage) andAcuantEchipReader(AcuantEchipPackage)
-
-
AcuantCamera-
Added MRZ capture
-
Depends on iOS Tesseract
-
If you do not need the new MRZ capture, you can exclude adding the dependency and remove the “Mrz” directory from the
AcuantCameraproject
-
-
AcuantEchipReader-
Requires iOS 13.2
-
If you want to add the
AcuantEchipReaderto your project, you have to upgrade your application target to iOS version 13.2 or later. -
Remove “NFC Data Exchange” Item in entitlement file
-