Xbase++
Xbase++
PKCS11 Sign PDF with Smart Card with 2 PINs
See more PKCS11 Examples
Shows how to sign a PDF using a smart card that has one pin for USER, and a 2nd PIN for signing.Note: This example requires Chilkat v9.5.0.96 or later.
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LOCAL nSuccess
LOCAL oPkcs11
LOCAL cUser_pin
LOCAL nUserType
LOCAL oCert
LOCAL oPdf
LOCAL oJson
LOCAL i
nSuccess := 0
// This example requires the Chilkat API to have been previously unlocked.
// See Global Unlock Sample for sample code.
// Note: Chilkat's PKCS11 implementation runs on Windows, Linux, Mac OS X, and other supported operating systems.
oPkcs11 := CreateObject("Chilkat.Pkcs11")
oPkcs11:SharedLibPath := "C:/Program Files (x86)/Gemalto/IDGo 800 PKCS#11/IDPrimePKCS1164.dll"
// --------------------------
// Provide the user PIN here.
// --------------------------
cUser_pin := "0000"
nUserType := 1
// Establish a PKCS11 logged-on session using the driver (.so, .dylib, or .dll) as specified in the SharedLibPath above.
nSuccess := oPkcs11:QuickSession(nUserType, cUser_pin)
IF (nSuccess == 0)
? oPkcs11:LastErrorText
oPkcs11:destroy()
RETURN
ENDIF
// -----------------------------------------------------------
// Also indicate the context-specific PIN required for signing.
// This is a new feature added in Chilkat v9.5.0.97
// -----------------------------------------------------------
oPkcs11:SigContextPin := "1234"
// Get the certificate (on the smart card) that has a private key.
// There are other ways to locate a certificate on the HSM.
// This example assumes there is a single certificate w/ private key.
oCert := CreateObject("Chilkat.Cert")
nSuccess := oPkcs11:FindCert("privateKey", "", oCert)
IF (nSuccess == 1)
? "Cert with private key: " + oCert:SubjectCN
ELSE
? "No certificates having a private key were found."
nSuccess := oPkcs11:CloseSession()
oPkcs11:destroy()
oCert:destroy()
RETURN
ENDIF
// --------------------------------------------------------------------------
// At this point, we have the cert to be used for signing.
// Our PDF signing code is the same as for a cert obtained from any other source..
oPdf := CreateObject("Chilkat.Pdf")
// Load a PDF to be signed.
nSuccess := oPdf:LoadFile("qa_data/pdf/hello.pdf")
IF (nSuccess == 0)
? oPdf:LastErrorText
nSuccess := oPkcs11:CloseSession()
oPkcs11:destroy()
oCert:destroy()
oPdf:destroy()
RETURN
ENDIF
oJson := CreateObject("Chilkat.JsonObject")
oJson:UpdateInt("page", 1)
oJson:UpdateString("appearance.y", "top")
oJson:UpdateString("appearance.x", "left")
oJson:UpdateString("appearance.fontScale", "10.0")
oJson:UpdateString("signingAlgorithm", "pss")
oJson:UpdateString("hashAlgorithm", "sha256")
i := 0
oJson:I := i
oJson:UpdateString("appearance.text[i]", "Digitaly signed by: Xyz Widgets, Inc.")
i := i + 1
oJson:I := i
oJson:UpdateString("appearance.text[i]", "current_dt")
i := i + 1
oJson:I := i
oJson:UpdateString("appearance.text[i]", "blah blah blah")
// The certificate is internally linked to the Pkcs11 object, which is currently in an authenticated session.
nSuccess := oPdf:SetSigningCert(oCert)
nSuccess := oPdf:SignPdf(oJson, "qa_output/out.pdf")
IF (nSuccess == 0)
? oPdf:LastErrorText
nSuccess := oPkcs11:CloseSession()
oPkcs11:destroy()
oCert:destroy()
oPdf:destroy()
oJson:destroy()
RETURN
ENDIF
// --------------------------------------------------------------------------
// Revert to an unauthenticated session by calling Logout.
nSuccess := oPkcs11:Logout()
IF (nSuccess == 0)
? oPkcs11:LastErrorText
nSuccess := oPkcs11:CloseSession()
oPkcs11:destroy()
oCert:destroy()
oPdf:destroy()
oJson:destroy()
RETURN
ENDIF
// When finished, close the session.
// It is important to close the session (memory leaks will occur if the session is not properly closed).
nSuccess := oPkcs11:CloseSession()
IF (nSuccess == 0)
? oPkcs11:LastErrorText
oPkcs11:destroy()
oCert:destroy()
oPdf:destroy()
oJson:destroy()
RETURN
ENDIF
? "Success."
oPkcs11:destroy()
oCert:destroy()
oPdf:destroy()
oJson:destroy()