public void TestWrongPhoneNumberFormat()
{
string phonenumber = "+08025657721#";
bool actualResponse = BankDatabaseEngine.checkPhoneNumberValidity(phonenumber);
bool expectedResponse = false;
Assert.AreEqual(actualResponse, expectedResponse);
}
public void TestCorrectEmailFormat()
{
string email = "*****@*****.**";
bool actualResponse = BankDatabaseEngine.checkEmailValidity(email);
bool expectedResponse = true;
Assert.AreEqual(actualResponse, expectedResponse);
}
public void TestWrongEmailFormat()
{
string email = "thisnewemail.com";
bool actualResponse = BankDatabaseEngine.checkEmailValidity(email);
bool expectedResponse = false;
Assert.AreEqual(actualResponse, expectedResponse);
}
public void TestWithdrawalWithCurrent()
{
string AccNum = "5831314992";
Account account = new CurrentAccount(BankDatabaseEngine.GetAccountName(AccNum), AccNum,
BankDatabaseEngine.GetAccountBalance(AccNum));
double creditAmount = 10000;
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) - creditAmount;
double actual = account.makeWithdrawal(AccNum, creditAmount);
Assert.AreEqual(actual, expected);
}
public void TestSavingsDebitAccount()
{
string AccNum = "1234567890";
Account account = new SavingsAccount(BankDatabaseEngine.GetAccountName(AccNum)
, AccNum, BankDatabaseEngine.GetAccountBalance(AccNum));
double debitAmount = 10000;
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) - debitAmount;
Teller.DebitAccount(AccNum, debitAmount);
Assert.AreEqual(expected, BankDatabaseEngine.GetAccountBalance(AccNum));
}
public void TestCurrentDebitAccount()
{
string AccNum = "5831314992";
Account account = new CurrentAccount(BankDatabaseEngine.GetAccountName(AccNum),
AccNum, BankDatabaseEngine.GetAccountBalance(AccNum));
double debitAmount = 10000;
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) - debitAmount;
Teller.DebitAccount(AccNum, debitAmount);
Assert.AreEqual(expected, BankDatabaseEngine.GetAccountBalance(AccNum));
}
public void TestWithrawalWithSavings()
{
string AccNum = "1234567890";
Account account = new SavingsAccount(BankDatabaseEngine.GetAccountName(AccNum), AccNum,
BankDatabaseEngine.GetAccountBalance(AccNum));
double debitAmount = 10000;
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) - debitAmount;
double actual = account.makeWithdrawal(AccNum, debitAmount);
Assert.AreEqual(actual, expected);
}
public void TestCurrentOverdraftWithdrawal()
{
BankPolicy.minimumcurrentBalance = 1000;
string AccNum = "7832463793";
CurrentAccount account = new CurrentAccount(BankDatabaseEngine.GetAccountName(AccNum), AccNum,
BankDatabaseEngine.GetAccountBalance(AccNum));
double withdrawAmount = 900000000;
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) - withdrawAmount;
double actual = account.overdraftWithdraw(AccNum, withdrawAmount);
Assert.AreEqual(actual, expected);
}
public void TestDepositWithSavings()
{
string AccNum = "1234567890";
Account account = new SavingsAccount(BankDatabaseEngine.GetAccountName(AccNum), AccNum,
BankDatabaseEngine.GetAccountBalance(AccNum));
double creditAmount = 10000;
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) + creditAmount;
double actual = account.makeDeposit(AccNum, creditAmount);
Assert.AreEqual(actual, expected);
}
public void TestSavingsCreditAccount()
{
string AccNum = "1234567890";
Account <SavingsAccount> account = new Account <SavingsAccount>(BankDatabaseEngine.GetAccountName(AccNum), AccNum,
BankDatabaseEngine.GetAccountBalance(AccNum));
double creditAmount = 10000;
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) + creditAmount;
Account <SavingsAccount> .CreditAccount(AccNum, creditAmount);
Assert.AreEqual(expected, BankDatabaseEngine.GetAccountBalance(AccNum));
}
public void TestCurrentCreditAccount()
{
string AccNum = "5831314992";
Account <CurrentAccount> account = new Account <CurrentAccount>(BankDatabaseEngine.GetAccountName(AccNum), AccNum,
BankDatabaseEngine.GetAccountBalance(AccNum));
double creditAmount = 10000;
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) + creditAmount;
Account <CurrentAccount> .CreditAccount(AccNum, creditAmount);
Assert.AreEqual(expected, BankDatabaseEngine.GetAccountBalance(AccNum));
}
public void TestInterestWithWrongAccountType()
{
double rate = 0.045;
BankPolicy <CurrentAccount> .interest_rate = rate;
string AccNum = "5831314992";
Account <CurrentAccount> account = new Account <CurrentAccount>(BankDatabaseEngine.GetAccountName(AccNum)
, AccNum, BankDatabaseEngine.GetAccountBalance(AccNum));
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) +
(rate * BankDatabaseEngine.GetAccountBalance(AccNum));
account.AwardInterest(AccNum);
Assert.AreEqual(expected, BankDatabaseEngine.GetAccountBalance(AccNum));
}
public void TestInterest()
{
double rate = 0.005;
BankPolicy <SavingsAccount> .interest_rate = rate;
string AccNum = "1234567890";
Account <SavingsAccount> account = new Account <SavingsAccount>(BankDatabaseEngine.GetAccountName(AccNum)
, AccNum, BankDatabaseEngine.GetAccountBalance(AccNum));
double expected = BankDatabaseEngine.GetAccountBalance(AccNum) +
(rate * BankDatabaseEngine.GetAccountBalance(AccNum));
account.AwardInterest(AccNum);
double actual = BankDatabaseEngine.GetAccountBalance(AccNum);
Assert.AreEqual(expected, actual);
}
