public bool SendEmail(string name, string to, string data, EmailType emailType)
{
try
{
string Subject = "";
string HtmlBody = "";
string TextBody = "";
switch (emailType)
{
case EmailType.subscription:
Subject = "Welcome to IBO Virtual";
HtmlBody = GetSubscriptionHtml(name);
TextBody = GetSubscriptionText(name);
break;
case EmailType.resetEmail:
Subject = "IBO Virtual Reset Password";
HtmlBody = GetResetMailHtml(name, data);
TextBody = GetResetMailText(name, data);
break;
default:
break;
}
List<Mandrill.Messages.Recipient> recipients = new List<Mandrill.Messages.Recipient>();
Mandrill.Messages.Recipient recipient = new Mandrill.Messages.Recipient(to, name);
recipients.Add(recipient);
MandrillApi server = new MandrillApi(serverToken);
Mandrill.Messages.Message message = new Mandrill.Messages.Message();
message.FromEmail = fromEmail;
message.FromName = fromName;
message.Subject = Subject;
message.Html = HtmlBody;
message.Text = TextBody;
message.To = recipients.ToArray();
message.TrackOpens = true;
MVList<Mandrill.Messages.SendResult> results = server.Send(message);
if (results.Count > 0)
{
Mandrill.Messages.SendResult result = results[0];
if (result.Status == Mandrill.Messages.Status.Sent)
{
return true;
}
else
{
return false;
}
}
}
catch
{ }
return false;
}
private void tmrSampling_Tick(object sender, EventArgs e)
{
double voltage = 0.0;
if (bWithHardware)
{
voltage = USBInterface.AnalogIn[cAnalogIn1, cRange];
}
else // without hardware
{
// Max 2,49 V Min =0,415V
// Zufallszahl im Bereich 0,415V bis 2,49V
//voltage = (2.49 - 0.415) * RandomVoltage.NextDouble() + 0.415;
// 2.49 - 0.42 = 2.07 /2 = 1.035
// Verschieben in Y-Richtung 1.035 + 0.415 = 1.45
voltage = 1.035 * Math.Sin(SinCount) + 1.45;
SinCount = (SinCount + Math.PI * 3 / 180.0);
}
voltage = Math.Max(0.415, Math.Min(2.49, voltage));
lblVoltage.Text = voltage.ToString("#0.000 V");
// Umrechungsformel mit Excel berechnet
//double distance = 29.044 * Math.Pow(voltage, -1.162);
double distance = 35 * Math.Sin(SinCount) + 45;
lblDistance.Text = distance.ToString("#0.0 cm");
double diff = 0;
if (MVList.Count > 0)
{
diff = distance - MVList[MVList.Count - 1];
}
MVListDiff.Add(diff);
lboDiffValues.Items.Add(diff);
MVList.Add(distance);
while (MVList.Count > cMaxNumOfMV)
{
MVList.RemoveAt(0);
MVListDiff.RemoveAt(0);
}
// PictureBox ungültig setzen und daher wird die Paint-Methode zum Neuzeichen aufgerufen
picChart.Invalidate();
}
public static void sendAccountActivationEmail()
{
MandrillApi api = new MandrillApi("3o-nF0RHNIA7k1poegC-_g");
Mandrill.Messages.Message message = new Mandrill.Messages.Message();
Mandrill.Messages.Recipient[] listAddresses = new Mandrill.Messages.Recipient[1];
listAddresses[0] = new Mandrill.Messages.Recipient("*****@*****.**", "Fulanito");
message.FromEmail = "*****@*****.**";
message.FromName = "Contact Manager";
message.Html = "<h1>Testing</h1><p>Probando</p>";
message.Subject = "Testing";
message.TrackClicks = true;
message.Important = true;
message.To = listAddresses;
MVList <Mandrill.Messages.SendResult> result = api.Send(message);
string oeoe = "";
}
public void SendEmail(MailMessage mailMessage, string[] tags = null)
{
try
{
var message = new MailChimp.Types.Mandrill.Messages.Message
{
To = mailMessage.To.Select(o => new MailChimp.Types.Mandrill.Messages.Recipient(o.Address, o.DisplayName)).ToArray(),
FromEmail = mailMessage.From.Address,
FromName = String.IsNullOrEmpty(mailMessage.From.DisplayName) ? mailMessage.From.DisplayName : "DefaultName",
Subject = mailMessage.Subject,
Html = mailMessage.IsBodyHtml ? mailMessage.Body : null,
Text = mailMessage.IsBodyHtml ? null : mailMessage.Body,
};
if (mailMessage.ReplyToList.Any())
{
message.Headers = new MCDict <MailChimp.Types.Mandrill.Messages.Header> {
{ "Reply-To", mailMessage.ReplyToList.First().Address }
}
}
;
if (mailMessage.Bcc.Any())
{
message.BccAddress = mailMessage.Bcc.First().Address;
}
if (tags != null)
{
message.Tags = tags;
}
MVList <MailChimp.Types.Mandrill.Messages.SendResult> result = _mandrillApi.Send(message);
}
catch (Exception)
{
//TODO: Log
}
}
private void tmrSampling_Tick(object sender, EventArgs e)
{
double voltage = 0.0;
double mv2 = 0;
if (bWithHardware)
{
voltage = (double)(USBInterface.AnalogIn[cAnalogIn1, cRange]);
}
else // No hardware -> simulation
{
// Randomnumber from 0.42 to 2.5 V
voltage = RandomVoltage.NextDouble() * (2.5 - 0.42) + 0.42;
//mv2 = 100 * Math.Sin(((double)DateTime.Now.Millisecond) / 1000.0 *2 * Math.PI);
}
// Calculated with Excel
double distance = 29.071 * Math.Pow(voltage, -1.159);
lblVoltage.Text = voltage.ToString("#0.000 V");
lblDistance.Text = distance.ToString("#0.0 cm");
MVList.Add(voltage);
cMinMV = MVList.Min() - 0.2;
cMaxMV = MVList.Max() + 0.2;
//Differential der Funktion
// Aktueller Wert minus Vorgänger = Änderung des Abstandes[m] /ms
if (MVList.Count >= 2)
{
mv2 = 10 * (MVList[MVList.Count - 1] - MVList[MVList.Count - 2]) / tmrSampling.Interval;
}
else
{
mv2 = 10 * (MVList[MVList.Count - 1] - 0) / tmrSampling.Interval;
}
MVList2.Add(mv2);
// Adapt Minimum and Maximum
//double delta = (cMaxMV2 - cMinMV2) / NumOfScaleLines;
while (mv2 < cMinMV2)
{
cMinMV2 -= 2;
}
while (mv2 > cMaxMV2)
{
cMaxMV2 += 2;
}
while (MVList.Count > cMaxNumOfMV)
{
MVList.RemoveAt(0);
}
while (MVList2.Count > cMaxNumOfMV)
{
MVList2.RemoveAt(0);
}
pboChart.Invalidate();
}
