public void SendMailToCustomer_WhenCalled_ReturnTrue()
{
var customerComm = new CustomerComm(moqMailSender.Object);
var result = customerComm.SendMailToCustomer();
Assert.That(result, Is.EqualTo(true));
}
public void SendMailToCustomer_ValidInputs_ExpectedTrue(string toAddress, string msg)
{
_mailSender.Setup(p => p.SendMail(toAddress, msg)).Returns(true);
CustomerComm customerComm = new CustomerComm(_mailSender.Object);
var result = customerComm.SendMailToCustomer();
Assert.IsTrue(result);
}
public void SendMailToCustomer_WhenCalled_ReturnTrue(string toaddress, string name, bool expected)
{
mock = new Mock <IMailSender>();
mock.Setup(p => p.SendMail(toaddress, name)).Returns(expected);
customer = new CustomerComm(mock.Object);
bool actual = customer.SendMailToCustomer(toaddress, name);
Assert.AreEqual(expected, actual);
}
public void TestSendMail(string mail, string message, bool expectedResult)
{
mock = new Mock <IMailSender>(MockBehavior.Strict);
systemUnderTest = new CustomerComm(mock.Object);
mock.Setup(p => p.SendMail(mail, message)).Returns(expectedResult);
bool actual = systemUnderTest.SendMailToCustomer();
Assert.AreEqual(actual, expectedResult);
}
public void SendMail_with_CustomerComm(string toAddress, string message, bool expected)
{
mock = new Mock <IMailSender>(MockBehavior.Loose);
cc = new CustomerComm(mock.Object);
mock.Setup(p => p.SendMail(toAddress, message)).Returns(expected);
bool actual = cc.SendMailToCustomer();
Assert.AreEqual(expected, actual);
}
public void Test1()
{
Mock <MailSend> obj = new Mock <MailSender>();
obj.Setup(x => x.SendMail("*****@*****.**", "Hii,Welcome")).Returns(true);
CustomerComm cust = new CustomerComm(obj.Object);
bool isInserted = cust.SendMailToCustomer();
Assert.AreEqual(isInserted, true);
}
public void OneTimeSetUp(string toaddress, string name, bool expected)
{
mock = new Mock <IMailSender>();
mock.Setup(p => p.SendMail(toaddress, name)).Returns(expected);
obj = new CustomerComm(mock.Object);
bool actual = obj.SendMailToCustomer(toaddress, name);
Assert.AreEqual(expected, actual);
}
public void CommercialChargeWithHighUsageTestSucc()
{
//Arrange
decimal usage = 2000m; //high usage defined as > 1000 kWh
CustomerComm customerComm = new CustomerComm(accountNumber, accountName, custType, usage);
decimal expectedCharge = 105;
decimal actualCharge;
//Act
actualCharge = customerComm.CalculateCharge();
//Assert
Assert.AreEqual(expectedCharge, actualCharge);
}
public void init()
{
mockMailSender = new Mock <IMailSender>();
mockMailSender.Setup(m => m.SendMail(It.IsAny <string>(), It.IsAny <string>())).Returns(true);
customer = new CustomerComm(mockMailSender.Object);
}
public void Init()
{
_mock = new Mock <IMailSender>(MockBehavior.Strict);
customerComm = new CustomerComm(_mock.Object);
}
public void Init()
{
mockMailSender = new Mock <IMailSender>();
customerComm = new CustomerComm(mockMailSender.Object);
}
// calculate and display bill to pay
private void btnCalculate_Click(object sender, EventArgs e)
{
// local declaration
decimal kWh = 0m; //input: kWh used for residential or commercial customers
decimal kWhPeak = 0m; //input: kWh used for industrial customers during peak hours
decimal kWhOff = 0m; //input: kWh used for industrial customers during off-peak hours
string customer; //input: customer type
char custType; //customer type (R, C, or I)
// obtain type of customer input from dropbox list
customer = cboCustomer.Text;
//assign customer type
switch (customer)
{
case "Residential":
//focus on the input box
txtAccountNo.Focus();
//validate user input for kWh used
if (validator.IsProvided(txtAccountNo, "Account Number") &&
validator.IsNonZeroPositiveInt(txtAccountNo, "Account Number") &&
validator.IsProvided(txtCustomerName, "Customer Name") &&
validator.IsString(txtCustomerName, "Customer Name") &&
validator.IsProvided(txtkWh, "Residential usage") &&
validator.IsNonNegativeInt(txtkWh, "Residential Usage"))
{
//assign custType
custType = 'R';
//obtain input
kWh = Convert.ToDecimal(txtkWh.Text);
//create a Customer Object using data from text boxes
Customer c = new CustomerRes(Convert.ToInt32(txtAccountNo.Text), txtCustomerName.Text, custType, kWh);
//display charge amount in appropriate text box
txtBill.Text = c.CalculateCharge().ToString("c");
//add it to the list and display
customers.Add(c);
//DisplayCustomers();
}
break;
case "Commercial":
//focus on the input box
txtAccountNo.Focus();
//validate user input for kWh used
if (validator.IsProvided(txtAccountNo, "Account Number") &&
validator.IsNonZeroPositiveInt(txtAccountNo, "Account Number") &&
validator.IsProvided(txtCustomerName, "Customer Name") &&
validator.IsString(txtCustomerName, "Customer Name") &&
validator.IsProvided(txtkWh, "Commercial usage") &&
validator.IsNonNegativeInt(txtkWh, "Commercial Usage"))
{
//assign custType
custType = 'C';
//obtain input
kWh = Convert.ToDecimal(txtkWh.Text);
//create a Customer Object using data from text boxes
Customer c = new CustomerComm(Convert.ToInt32(txtAccountNo.Text), txtCustomerName.Text, custType, kWh);
//display charge amount in appropriate text box
txtBill.Text = c.CalculateCharge().ToString("c");
//add it to the list and display
customers.Add(c);
//DisplayCustomers();
}
break;
case "Industrial":
//validate user input for kWh used
if (validator.IsProvided(txtAccountNo, "Account Number") &&
validator.IsNonZeroPositiveInt(txtAccountNo, "Account Number") &&
validator.IsProvided(txtCustomerName, "Customer Name") &&
validator.IsString(txtCustomerName, "Customer Name") &&
validator.IsProvided(txtkWhPeak, "Industrial peak hours usage") &&
validator.IsNonNegativeInt(txtkWhPeak, "Industrial peak hours usage") &&
validator.IsProvided(txtkWhOff, "Industrial off-peak hours usage") &&
validator.IsNonNegativeInt(txtkWhOff, "Industrial off-peak hours usage"))
{
//assign custType
custType = 'I';
//obtain input(s)
kWhPeak = Convert.ToDecimal(txtkWhPeak.Text);
kWhOff = Convert.ToDecimal(txtkWhOff.Text);
//create a Customer Object using data from text boxes
Customer c = new CustomerInd(Convert.ToInt32(txtAccountNo.Text), txtCustomerName.Text, custType, kWhPeak, kWhOff);
//display charge amount in appropriate text box
txtBill.Text = c.CalculateCharge().ToString("c");
//add it to the list and display
customers.Add(c);
}
break;
default:
break;
}
}
public void Init()
{
mock = new Mock <IMailSender>(MockBehavior.Strict);
systemUnderTest = new CustomerComm(mock.Object);
}