Swift
Swift
Italian FatturaPA (e-Invoice) Signed XML (CADES-BES P7M) using USB SmartCard Reader
See more CAdES Examples
Demonstrates Italian e-Invoice (FatturaPA) signing by using a private key stored on a USB smartcard reader.Chilkat Swift Downloads
func chilkatTest() {
var success: Bool = false
// This example assumes the Chilkat API to have been previously unlocked.
// See Global Unlock Sample for sample code.
let crypt = CkoCrypt2()!
crypt.verboseLogging = true
let cert = CkoCert()!
// Use your smart card user PIN for signing.
cert.smartCardPin = "0000"
success = cert.load(fromSmartcard: "")
if success == false {
print("\(cert.lastErrorText!)")
return
}
success = crypt.setSigningCert(cert: cert)
if success == false {
print("\(crypt.lastErrorText!)")
return
}
// The CadesEnabled property applies to all methods that create PKCS7 signatures.
// To create a CAdES-BES signature, set this property equal to true.
crypt.cadesEnabled = true
crypt.hashAlgorithm = "sha256"
let signedAttrs = CkoJsonObject()!
signedAttrs.updateInt(jsonPath: "contentType", value: 1)
signedAttrs.updateInt(jsonPath: "signingTime", value: 1)
signedAttrs.updateInt(jsonPath: "messageDigest", value: 1)
signedAttrs.updateInt(jsonPath: "signingCertificateV2", value: 1)
crypt.signingAttributes = signedAttrs.emit()
// Load XML such as the following:
// <p:FatturaElettronica xmlns:p="http://ivaservizi.agenziaentrate.gov.it/docs/xsd/fatture/v1.2" versione="FPR12">
// <FatturaElettronicaHeader>
// <DatiTrasmissione>
// ...
// </DatiTrasmissione>
// <CedentePrestatore>
// ...
// </CedentePrestatore>
// <CessionarioCommittente>
// ...
// </CessionarioCommittente>
// </FatturaElettronicaHeader>
// <FatturaElettronicaBody>
// <DatiGenerali>
// <DatiGeneraliDocumento>
// ...
// </DatiGeneraliDocumento>
// </DatiGenerali>
// <DatiBeniServizi>
// ...
// </DatiBeniServizi>
// </FatturaElettronicaBody>
// </p:FatturaElettronica>
var inputXmlPath: String? = "c:/someDir/e-Invoice.xml"
var outputP7mPath: String? = "c:/someDir/signed.p7m"
// Create the CAdES-BES attached signature, which contains the original data.
success = crypt.createP7M(inPath: inputXmlPath, p7mPath: outputP7mPath)
if success == false {
print("\(crypt.lastErrorText!)")
return
}
print("Success.")
}