The networking logic is abstracted in the GiniCaptureNetworkService protocol which is used to upload, analyze, and delete documents.
Please see how you can implement your custom version of GiniCaptureNetworkService in the code snippet below:
| Code Block |
|---|
class YourCustomNetworkService: GiniCaptureNetworkService {
func delete(document: Document, completion: @escaping (Result<String, GiniError>) -> Void) {
print("custom networking - delete called")
}
func cleanup() {
print("custom networking - cleanup called")
}
func analyse(partialDocuments: [PartialDocumentInfo],
metadata: Document.Metadata?,
cancellationToken: CancellationToken,
completion: @escaping (Result<(document: Document,
extractionResult: ExtractionResult), GiniError>) -> Void) {
print("custom networking - analyse called")
}
func upload(document: GiniCaptureDocument,
metadata: Document.Metadata?,
completion: @escaping UploadDocumentCompletion) {
print("custom networking - upload called")
}
func sendFeedback(document: Document,
updatedExtractions: [Extraction],
updatedCompoundExtractions: [String : [[Extraction]]]?,
completion: @escaping (Result<Void, GiniError>) -> Void) {
print("custom networking - sendFeedback called")
}
func log(errorEvent: ErrorEvent, completion: @escaping (Result<Void, GiniError>) -> Void) {
print("custom networking - log error event called")
}
} |
You can provide your own networking by implementing the GiniCaptureNetworkService protocol and passing your instance to the UIViewController initializer of GiniCapture.
Please see an example below:
| Code Block |
|---|
|
let viewController = GiniCapture.viewController(importedDocuments: visionDocuments,
configuration: visionConfiguration,
resultsDelegate: resultsDelegate,
documentMetadata: documentMetadata,
trackingDelegate: trackingDelegate,
networkingService: <YourCustomNetworkService>)
present(viewController, animated: true, completion: nil) |
Also, you can use the Gini Bank API Library or implement the communication with the Gini Bank API yourself.