///<summary>Returns true if the patient should be sent an email. If false, the reason why the patient can't receive an email is
///added to the details dictionary.</summary>
internal bool DoSendEmail(long patNum, long fkey, AsapCommFKeyType fkeyType)
{
PatComm patComm;
_dictPatComms.TryGetValue(patNum, out patComm);
if (patComm == null)
{
return(false);
}
PatientDetail patDetail;
_dictPatDetails.TryGetValue(patNum, out patDetail);
if (patDetail == null)
{
patDetail = new PatientDetail {
PatNum = patNum
};
_dictPatDetails[patNum] = patDetail;
}
//Local function to evaluate if the patient should be sent an email.
Func <bool> funcSendEmail = new Func <bool>(() => {
if (_sendMode == SendMode.Text)
{
return(false); //No need to note the reason.
}
if (_dictPatAsapComms.ContainsKey(patNum) && _dictPatAsapComms[patNum]
.Any(x => x.FKey == fkey && x.FKeyType == fkeyType && x.ResponseStatus == AsapRSVPStatus.DeclinedStopComm))
{
string email_type = fkeyType == AsapCommFKeyType.Recall ? "recall" : "appointment";
patDetail.AppendNote(Lans.g(_lanThis, "Not sending email because this patient has requested to not be texted or emailed about this "
+ email_type + "."));
return(false);
}
bool isWithin30Minutes = (DtSendEmail < _dtSlotStart && (_dtSlotStart - DtSendEmail).TotalMinutes < TextMinMinutesBefore);
bool isAfterSlot = (DtSendEmail > _dtSlotStart);
if (isWithin30Minutes)
{
patDetail.AppendNote(Lans.g(_lanThis, "Not sending email because the email would be sent less than") + " " + TextMinMinutesBefore + " "
+ Lans.g(_lanThis, "before the time slot."));
return(false);
}
if (isAfterSlot)
{
patDetail.AppendNote(Lans.g(_lanThis, "Not sending email because the email would be sent after the time slot."));
return(false);
}
if (_sendMode == SendMode.Text)
{
return(false);
}
if (_sendMode == SendMode.PreferredContact && patComm.PreferContactMethod != ContactMethod.Email)
{
patDetail.AppendNote(Lans.g(_lanThis, "Not sending email because this patient's preferred contact method is not email."));
return(false);
}
if (!patComm.IsEmailAnOption)
{
patDetail.AppendNote(Lans.g(_lanThis, patComm.GetReasonCantEmail()));
return(false);
}
return(true);
});
bool doSendEmail = funcSendEmail();
patDetail.IsSendingEmail = doSendEmail;
return(doSendEmail);
}
///<summary>Returns true if the patient should be sent a text. If false, the reason why the patient can't receive a text is
///added to the details dictionary.</summary>
internal bool DoSendText(long patNum, long fkey, AsapCommFKeyType fkeyType)
{
PatComm patComm;
_dictPatComms.TryGetValue(patNum, out patComm);
if (patComm == null)
{
return(false);
}
PatientDetail patDetail;
_dictPatDetails.TryGetValue(patNum, out patDetail);
if (patDetail == null)
{
patDetail = new PatientDetail {
PatNum = patNum
};
_dictPatDetails[patNum] = patDetail;
}
//Local function to evaluate if the patient should be sent a text.
Func <bool> funcSendText = new Func <bool>(() => {
if (_sendMode == SendMode.Email)
{
return(false); //No need to note the reason.
}
if (_dictPatAsapComms.ContainsKey(patNum))
{
if (_dictPatAsapComms[patNum]
.Any(x => x.FKey == fkey && x.FKeyType == fkeyType && x.ResponseStatus == AsapRSVPStatus.DeclinedStopComm))
{
string text_type = fkeyType == AsapCommFKeyType.Recall ? "recall" : "appointment";
patDetail.AppendNote(Lans.g(_lanThis, "Not sending text because this patient has requested to not be texted or emailed about this "
+ text_type + "."));
return(false);
}
int textsSent = _dictPatAsapComms[patNum]
.Count(x => (x.SmsSendStatus == AutoCommStatus.SendNotAttempted && x.DateTimeSmsScheduled.Date == DtStartSendText.Date) ||
(x.SmsSendStatus == AutoCommStatus.SendSuccessful && x.DateTimeSmsSent.Date == DtStartSendText.Date));
if (textsSent >= _maxTextsPerDay)
{
patDetail.AppendNote(Lans.g(_lanThis, "Not sending text because this patient has received") + " " + _maxTextsPerDay + " "
+ Lans.g(_lanThis, "texts today."));
return(false);
}
}
bool isWithin30Minutes = (GetNextTextSendTime() < _dtSlotStart && (_dtSlotStart - GetNextTextSendTime()).TotalMinutes < TextMinMinutesBefore);
bool isAfterSlot = (GetNextTextSendTime() > _dtSlotStart);
if (isWithin30Minutes)
{
patDetail.AppendNote(Lans.g(_lanThis, "Not sending text because the text would be sent less than") + " " + TextMinMinutesBefore + " "
+ Lans.g(_lanThis, "before the time slot."));
return(false);
}
if (isAfterSlot)
{
patDetail.AppendNote(Lans.g(_lanThis, "Not sending text because the text would be sent after the time slot."));
return(false);
}
if (_sendMode == SendMode.Email)
{
return(false);
}
if (_sendMode == SendMode.PreferredContact && patComm.PreferContactMethod != ContactMethod.TextMessage)
{
patDetail.AppendNote(Lans.g(_lanThis, "Not sending text because this patient's preferred contact method is not text message."));
return(false);
}
if (!patComm.IsSmsAnOption)
{
patDetail.AppendNote(Lans.g(_lanThis, patComm.GetReasonCantText()));
return(false);
}
return(true);
});
bool doSendText = funcSendText();
patDetail.IsSendingText = doSendText;
return(doSendText);
}
