(AutoIt) POP3 Read S/MIME Encrypted Email

Read S/MIME encrypted email.

Chilkat ActiveX Downloads ActiveX for 32-bit and 64-bit Windows

; This example assumes the Chilkat API to have been previously unlocked.
; See Global Unlock Sample for sample code.

; The mailman object is used for receiving (POP3) 
; and sending (SMTP) email.
$oMailman = ObjCreate("Chilkat.MailMan")

; Set the POP3 server's hostname
$oMailman.MailHost = "pop.someMailServer.com"

; Set the POP3 login/password.
$oMailman.PopUsername = "myLogin"
$oMailman.PopPassword = "myPassword"

; If running on Microsoft Windows, the Chilkat mailman
; will automatically search the registry-based certificate stores
; for matching certificates and private keys required for
; decryption.  However, on Linux, MAX OS X, and other
; operating systems, no such thing exists.  Therefore, you'll 
; need to specify one or more PFX (.p12 / .pfx) files as
; sources for locating the certs required for decyrption.
Local $bSuccess = $oMailman.AddPfxSourceFile("/pfxFiles/certs_and_keys_1.pfx","pfxPassword1")
If ($bSuccess <> True) Then
    ConsoleWrite($oMailman.LastErrorText & @CRLF)
    Exit
EndIf

$bSuccess = $oMailman.AddPfxSourceFile("/pfxFiles/certs_and_keys_2.pfx","pfxPassword2")
If ($bSuccess <> True) Then
    ConsoleWrite($oMailman.LastErrorText & @CRLF)
    Exit
EndIf

; ...
; Note: On MS Windows, it is not required to provide PFX sources
; if the needed certs and private keys are already installed
; on the system (in the registry-based certificate stores).

; Copy the all email from the user's POP3 mailbox 
; into a bundle object.  The email remains on the server.
Local $oBundle = $oMailman.CopyMail()
If ($oMailman.LastMethodSuccess = False) Then
    ConsoleWrite($oMailman.LastErrorText & @CRLF)
    Exit
EndIf

; S/MIME security envelopes are automatically "unwrapped" 
; when a message is retrieved from the server. Signed emails are automatically verified, and 
; encrypted emails are automatically decrypted, restoring the email to the original state before 
; signing and/or encrypting. Information about the signing and encrypting certificates can be 
; retrieved from the Email object (methods: GetSignedByCert, GetEncryptedByCert; 
; properties: SignedBy, EncryptedBy, SignaturesValid, Decrypted, ReceivedSigned, 
; ReceivedEncrypted).

; Loop over the bundle, 
Local $i = 0
While $i < $oBundle.MessageCount
Local $oEmail
    $oEmail = $oBundle.GetEmail($i)

    ConsoleWrite($oEmail.From & @CRLF)
    ConsoleWrite($oEmail.Subject & @CRLF)

    ; At this point, if the email was signed and/or encrypted, it is already "unwrapped", i.e.
    ; the email is already decrypted and in a state as if it were never signed or encrypted.
    ; You may check to see if the email was received encrypted or signed, and if so,
    ; whether it was successfully unwrapped and who signed or encrypted it:
    If ($oEmail.ReceivedEncrypted = True) Then

        ConsoleWrite("This email was encrypted when received." & @CRLF)
        If ($oEmail.Decrypted = True) Then
            ConsoleWrite("This email was successfully decrypted.  It was encrypted by:" & @CRLF)
            ConsoleWrite($oEmail.EncryptedBy & @CRLF)
        Else
            ConsoleWrite("This email was not decrypted." & @CRLF)
        EndIf

    EndIf

    If ($oEmail.ReceivedSigned = True) Then

        ConsoleWrite("This email was signed when received." & @CRLF)
        If ($oEmail.SignaturesValid = True) Then
            ConsoleWrite("The signature was verified.  It was signed by:" & @CRLF)
            ConsoleWrite($oEmail.SignedBy & @CRLF)
        Else
            ConsoleWrite("The signature verification failed." & @CRLF)
        EndIf

    EndIf

    ; The email's body, HTML body, attachments, etc.
    ; are decrypted and available just like any non-encrypted email.

    ConsoleWrite("--" & @CRLF)

    $i = $i + 1
Wend