internal static MailDTO Send(MailDTO dto, ProtocolDTO protocolDTO, bool sendPdf = true)
{
MailboxDTO mailbox = (MailboxDTO)dto.Mailbox;
if (mailbox.IsPEC())
{
dto.Id = FacadeFactory.Instance.PECMailFacade.SendMail(dto, sendPdf).ToString();
return(dto);
}
else
{
if (mailbox.IsPOL())
{
if (protocolDTO == null)
{
throw new ArgumentNullException("protDTO", "L'invio tramite Poste WEB è possibile solamente se è presente un protocollo da associare");
}
dto.Id = FacadeFactory.Instance.PosteOnLineRequestFacade.SendLettera(dto, protocolDTO).ToString();
return(dto);
}
else
{
if (mailbox.IsMessage())
{
dto.Id = FacadeFactory.Instance.MessageEmailFacade.CreateEmailMessage(dto, sendPdf).Id.ToString();
return(dto);
}
}
}
var message = string.Format("Mailbox.TypeName \"{0}\" non gestito.", dto.Mailbox.TypeName);
throw new NotImplementedException(message);
}
internal static MailDTO PairToProtocol(MailDTO mailDTO, ProtocolDTO protocolDTO)
{
var mailbox = (MailboxDTO)mailDTO.Mailbox;
if (mailbox.IsPEC())
{
FacadeFactory.Instance.PECMailFacade.PairToProtocol(mailDTO, protocolDTO);
return(mailDTO);
}
else if (mailbox.IsPOL())
{
//Non eseguo alcuna attività in quanto l'associazione viene già fatta nel metodo di invio POL
return(mailDTO);
}
else if (mailbox.IsMessage())
{
MessageEmail savedMessage = FacadeFactory.Instance.MessageEmailFacade.GetById(int.Parse(mailDTO.Id));
DSWMessage currentMessage = savedMessage.Message;
Protocol protocol = FacadeFactory.Instance.ProtocolFacade.GetById(protocolDTO.UniqueId.Value);
ProtocolMessage newProtocolMessage = new ProtocolMessage(ref protocol, ref currentMessage);
FacadeFactory.Instance.ProtocolMessageFacade.Save(ref newProtocolMessage);
return(mailDTO);
}
var message = string.Format("Mailbox.TypeName \"{0}\" non gestito.", mailDTO.Mailbox.TypeName);
throw new NotImplementedException(message);
}
internal static void AddPOLRequest(TaskDTO taskDTO, MailDTO mailDTO)
{
var header = FacadeFactory.Instance.TaskHeaderFacade.GetById(taskDTO.Id.Value);
var polRequest = new POLRequest();
polRequest.Id = new Guid(mailDTO.Id);
header.AddPOLRequest(polRequest);
FacadeFactory.Instance.TaskHeaderFacade.Update(ref header);
}
internal static void AddPECMail(TaskDTO taskDTO, MailDTO mailDTO)
{
var header = FacadeFactory.Instance.TaskHeaderFacade.GetById(taskDTO.Id.Value);
var pecMail = new PECMail();
pecMail.Id = int.Parse(mailDTO.Id);
header.AddPECMail(pecMail);
FacadeFactory.Instance.TaskHeaderFacade.Update(ref header);
}
internal static MailDTO PairToProtocol(MailDTO mailDTO, ProtocolDTO protocolDTO)
{
var mailbox = (MailboxDTO)mailDTO.Mailbox;
if (mailbox.IsPEC())
{
FacadeFactory.Instance.PECMailFacade.PairToProtocol(mailDTO, protocolDTO);
return(mailDTO);
}
var message = string.Format("Mailbox.TypeName \"{0}\" non gestito.", mailDTO.Mailbox.TypeName);
throw new NotImplementedException(message);
}
internal static MailDTO Send(MailDTO dto, bool sendPdf = true)
{
return(Send(dto, null, sendPdf));
}
public string InsertProtocol(string protocolDTO)
{
try
{
var protocol = protocolDTO.Deserialize <ProtocolDTO>();
protocol.IdTenantAOO = ConfigurationHelper.CurrentTenantAOOId;
switch (protocol.Direction)
{
case 1:
if (!(protocol.HasRecipients() || protocol.HasRecipientsManual()))
{
throw new Exception("Nessun destinatario impostato nel DTO passato.");
}
break;
case -1:
if (!(protocol.HasSenders() || protocol.HasSendersManual()))
{
throw new Exception("Nessun mittente impostato nel DTO passato.");
}
break;
default:
throw new Exception("Direction non valida");
}
ProtocolDTO result = ProtocolService.InsertInvoice(protocol);
if (result.IdProtocolKind.HasValue && (short)ProtocolKind.FatturePA == result.IdProtocolKind.Value)
{
MailDTO mailDTO = new MailDTO();
mailDTO.Subject = result.Subject;
mailDTO.Sender = new ContactDTO();
Container currentContainer = FacadeFactory.Instance.ContainerFacade.GetById(protocol.Container.Id.Value, false);
ContainerEnv currentContainerEnv = new ContainerEnv(DocSuiteContext.Current, ref currentContainer);
if (string.IsNullOrEmpty(currentContainerEnv.InvoicePAContactSDI) || !currentContainerEnv.InvoicePAMailboxSenderId.HasValue)
{
FileLogger.Warn(LogName.FileLog, string.Concat("Protocollo ", result.Number, " di fattura ", result.InvoiceNumber, " inserito correttamente con invio PEC fallito. [Parametro InvoicePAContactSDI ( ", currentContainerEnv.InvoicePAContactSDI, " ) o InvoicePAMailboxSender ( ", currentContainerEnv.InvoicePAMailboxSenderId, " ) mancante ]"));
throw new ApplicationException(string.Concat("Protocollo ", result.Number, " di fattura ", result.InvoiceNumber, " inserito correttamente con invio PEC fallito. [Parametro InvoicePAContactSDI ( ", currentContainerEnv.InvoicePAContactSDI, " ) o InvoicePAMailboxSender ( ", currentContainerEnv.InvoicePAMailboxSenderId, " ) mancante ]"));
}
mailDTO.AddRecipient(new ContactDTO(currentContainerEnv.InvoicePAContactSDI));
PECMailBox mailbox = FacadeFactory.Instance.PECMailboxFacade.GetById(currentContainerEnv.InvoicePAMailboxSenderId.Value);
mailDTO.Mailbox = new MailboxDTO(mailbox.MailBoxName).CopyFrom(mailbox);
mailDTO.Sender.EmailAddress = mailbox.MailBoxName;
mailDTO.Body = result.Subject;
ProtocolDTO mailProtocolDTO = result;
mailProtocolDTO.Annexes = new List <DocumentDTO>().ToArray();
mailProtocolDTO.Attachments = new List <DocumentDTO>().ToArray();
var inputMail = mailDTO.Serialize();
var email = SendProtocolMail(inputMail, mailProtocolDTO.Serialize());
}
return(result.SerializeAsResponse());
}
catch (Exception ex)
{
var response = new APIResponse <ProtocolDTO>(ex);
return(response.Serialize());
}
finally
{
NHibernateSessionManager.Instance.CloseTransactionAndSessions();
}
}