public void LastCalculatedDataSaved()
{
//Act
DepositPage depositPage = new DepositPage(driver);
depositPage.SetAmountRateTerm(12345, 87, 299);
depositPage.SelectFinYear(360);
depositPage.Calculate();
//Assert
Assert.AreEqual(depositPage.CaptureDataToArray(), depositPage.OpenHistoryPage().CaptureRowToArray(1));
}
public void SequentialCalculationsSaved(int amount_of_calculations)
{
//Act
DepositPage depositPage = new DepositPage(driver);
depositPage.OpenHistoryPage().Clear().BackToDeposit();
for (int i = 0; i < amount_of_calculations; i++)
{
depositPage.SetAmountRateTerm(12341 + i, 91 + i, 301 + i);
depositPage.Calculate();
}
//Assert
Assert.AreEqual(amount_of_calculations, depositPage.OpenHistoryPage().GetRowsNumber());
}
public void End_Date(int term, int fin_year)
{
//Arrange
DateTime startDate = new DateTime(2019, 7, 15);
//Act
DepositPage depositPage = new DepositPage(driver);
depositPage.StartDate = startDate;
depositPage.SelectFinYear(fin_year);
depositPage.SetAmountRateTerm(1, 1, term);
depositPage.Calculate();
//Assert
Assert.AreEqual(startDate.AddDays(term).ToString(SettingsPage.DefaultDateFormat, CultureInfo.InvariantCulture), depositPage.EndDate);
}
public void OrderingInHistory(int amount_of_calculations)
{
//Act
String[] entered_values = new string[8];
DepositPage depositPage = new DepositPage(driver);
for (int i = 0; i < amount_of_calculations; i++)
{
depositPage.SetAmountRateTerm(12341 + i, 91 + i, 301 + i);
depositPage.Calculate();
if (i == 0)
{
entered_values = depositPage.CaptureDataToArray();
}
}
//Assert
Assert.AreEqual(entered_values, depositPage.OpenHistoryPage().CaptureRowToArray(amount_of_calculations));
}
public void Date_Format_Applied(String date_format, int term)
{
//Arrange
DateTime startDate = new DateTime(2020, 1, 1);
//Act
SettingsPage settingsPage = new SettingsPage(driver);
settingsPage.SelectDateFormat.SelectByText(date_format);
settingsPage.Save();
DepositPage depositPage = new DepositPage(driver);
depositPage.StartDate = startDate;
depositPage.SetAmountRateTerm(1, 1, term);
depositPage.Calculate();
//Assert
Assert.AreEqual(startDate.AddDays(term).ToString(date_format, CultureInfo.InvariantCulture), depositPage.EndDate);
}
public void Number_Format_Applied(String number_format, int fin_year)
{
//Arrange
Decimal amount = 12345m;
int rate = 74;
int term = 211;
int year_length = 365;
//Act
SettingsPage settingsPage = new SettingsPage(driver);
settingsPage.SelectNumberFormat.SelectByText(number_format);
settingsPage.Save();
DepositPage depositPage = new DepositPage(driver);
depositPage.SelectFinYear(fin_year);
depositPage.SetAmountRateTerm(amount, rate, term);
depositPage.Calculate();
//Assert
Assert.AreEqual(Math.Round(amount * rate * term / 100 / year_length, 2).ToString("N", settingsPage.GetSelectedNFI(number_format)), depositPage.InterestStr);
}
public void DateIsSavingInSelectedFormat(String dateFormat, int term)
{
//Arrange
DepositPage depositPage = new DepositPage(driver);
DateTime startDate = depositPage.StartDate;
DateTime endDate = startDate.AddDays(term);
String strStartDate = startDate.ToString(dateFormat, CultureInfo.InvariantCulture);
String strEndDate = endDate.ToString(dateFormat, CultureInfo.InvariantCulture);
//Act
SettingsPage settingsPage = depositPage.OpenSettingsPage();
settingsPage.SelectDateFormat.SelectByText(dateFormat);
settingsPage.Save();
depositPage.SetAmountRateTerm(1, 1, term);
depositPage.Calculate();
HistoryPage historyPage = depositPage.OpenHistoryPage();
String histStartDate = historyPage.GetDateFrom(1);
String histEndDate = historyPage.GetDateTo(1);
//Assert
Assert.AreEqual(strStartDate, histStartDate, "Start Date value is wrong.");
Assert.AreEqual(strEndDate, histEndDate, "End Date value is wrong.");
}
public void Income_And_Interest(int fin_year)
{
//Arrange
Decimal[] amount_array = { 1m, 100.54m, 100000m };
Decimal[] rate_array = { 1m, 13.5m, 100m };
Decimal[] term_array = { 1m, 7.7m, 360m };
//Act
int n = 0;
int year_length = 360;
Decimal exp_interest;
Decimal exp_income;
Decimal act_interest;
Decimal act_income;
int array_size = amount_array.Length * rate_array.Length * term_array.Length;
Decimal[] exp_interest_array = new Decimal[array_size];
Decimal[] exp_income_array = new Decimal[array_size];
Decimal[] act_interest_array = new Decimal[array_size];
Decimal[] act_income_array = new Decimal[array_size];
//Act
DepositPage depositPage = new DepositPage(driver);
depositPage.SelectFinYear(fin_year);
if (fin_year == 365)
{
year_length = 365;
term_array[term_array.Length - 1] = 365;
}
for (int i = 0; i < amount_array.Length; i++)
{
depositPage.SetAmount(amount_array[i]);
for (int j = 0; j < rate_array.Length; j++)
{
depositPage.SetRate(rate_array[j]);
for (int k = 0; k < term_array.Length; k++)
{
depositPage.SetTerm(term_array[k]);
exp_interest = Math.Round(amount_array[i] * rate_array[j] * term_array[k] / 100 / year_length, 2);
exp_income = amount_array[i] + exp_interest;
depositPage.Calculate();
exp_interest_array[n] = exp_interest;
exp_income_array[n] = exp_income;
act_interest = depositPage.InterestDec;
act_income = depositPage.IncomeDec;
act_interest_array[n] = act_interest;
act_income_array[n] = act_income;
if (exp_interest != act_interest || exp_income != act_income)
{
Console.WriteLine($"n={ n }; amount={amount_array[i]}; rate={rate_array[j]}; term={term_array[k]};");
Console.WriteLine($"exp_interest={exp_interest}; act_interest={act_interest}; exp_income={exp_income}; act_income={act_income}");
}
n++;
}
}
}
//Assert
Assert.AreEqual(exp_interest_array, act_interest_array);
Assert.AreEqual(exp_income_array, act_income_array);
}
