public void ParseConfig_InvalidConfig_ReturnNull()
{
//test if at least one row can be matched
var strArr = InputParser.ValidateInput("/Users/Derek/Projects/StatisticsGenerator/data TotalTemp.txt ConfigTest1.txt");
var testObj = new CalculateStatistics(strArr);
Assert.AreEqual(testObj.ParseConfig(CalculateStatistics.GetCalculationTypes()).Count(), 0);
}
public void ParseConfig_ValidConfig_ReturnObject()
{
//test if at least one row can be matched
var strArr = InputParser.ValidateInput("/Users/Derek/Projects/StatisticsGenerator/data TotalTemp.txt ConfigTest2.txt");
var testObj = new CalculateStatistics(strArr);
var dict = CalculateStatistics.GetCalculationTypes();
var taskList = testObj.ParseConfig(dict);
Assert.AreEqual(testObj.ParseConfig(dict).Count, 3);
}
public void ProcessData_ResvAssumedMaxMax_ReturnCorrectCalculation()
{
var strArr = InputParser.ValidateInput("/Users/Derek/Projects/StatisticsGenerator/data TotalTemp.txt ResvAssumedMaxMax.txt");
var testObj = new CalculateStatistics(strArr);
var dict = CalculateStatistics.GetCalculationTypes();
var taskList = testObj.ParseConfig(dict);
testObj.ProcessData(taskList);
string actual = taskList[0].ReturnFinal().Split('\t')[2];
double calculated = new[] { -27923645.44, -27923645.44, -27923645.44 }.Max();
Console.WriteLine("acutal is {0}, calculated is {1}", actual, calculated.ToString());
Assert.AreEqual(actual, calculated.ToString());
}
public void ProcessData_CashPremAverageLast_ReturnCorrectCalculation()
{
var strArr = InputParser.ValidateInput("/Users/Derek/Projects/StatisticsGenerator/data TotalTemp.txt CashPremAverageLast.txt");
var testObj = new CalculateStatistics(strArr);
var dict = CalculateStatistics.GetCalculationTypes();
var taskList = testObj.ParseConfig(dict);
testObj.ProcessData(taskList);
string actual = taskList[0].ReturnFinal().Split('\t')[2];
double calculated = new[] { 84655947.13, 84655914.86, 84655947.13 }.Average();
Console.WriteLine("acutal is {0}, calculated is {1}", actual, calculated.ToString());
Assert.AreEqual(actual, calculated.ToString());
}
public void ProcessData_AvePolLoanYieldAverageFirstCashPremAverageLast_ReturnCorrectCalculation()
{
var strArr = InputParser.ValidateInput("/Users/Derek/Projects/StatisticsGenerator/data TotalTemp.txt AvePolLoanYieldAverageFirstCashPremAverageLast.txt");
var testObj = new CalculateStatistics(strArr);
var dict = CalculateStatistics.GetCalculationTypes();
var taskList = testObj.ParseConfig(dict);
testObj.ProcessData(taskList);
string actual = taskList[0].ReturnFinal().Split('\t')[2];
double calculated = new[] { 0.00, 0.00, 0.00 }.Average();
string actual2 = taskList[1].ReturnFinal().Split('\t')[2];
double calculated2 = new[] { 84655947.13, 84655914.86, 84655947.13 }.Average();
Assert.AreEqual(actual + actual2, calculated.ToString() + calculated2.ToString());
}