public void DictionaryTest_Optimization()
{
//Arrange
ICalculationMethod calculationMethod = new CalculationMethod();
Calculation calculation = new Calculation(expenseRepository, tableRepository, calculationMethod, optymizer);
//Act
var dict = calculationMethod.CalculateMembersExpenses(calculation);
var optidict = calculationMethod.OptimizeDict(dict);
var expecteddict = new Dictionary <string, decimal>()
{
{ "Igor_Adam", 2.15m }, { "Adam_Heniek", 3.90m },
{ "Igor_Heniek", 6.05m }
};
var keylist = new List <string>()
{
"Igor_Adam", "Adam_Heniek", "Igor_Heniek"
};
var valuelist = new List <decimal>()
{
2.15m, 3.90m, 6.05m
};
//Assert
Assert.IsNotNull(optidict);
Assert.AreEqual(expecteddict.Count, optidict.Count);
Assert.Contains("Igor_Adam", optidict.Keys);
Assert.AreEqual(keylist, optidict.Keys.ToList());
Assert.AreEqual(valuelist, optidict.Values.ToList());
}
public void DictionaryTest_Optimization_Simple()
{
//Arrange
var simpledict = new Dictionary <string, decimal>()
{
{ "Adam_Igor", 5.10m }, { "Igor_Adam", 3.05m }
};
CalculationMethod calculationMethod = new CalculationMethod();
//Act
var dict = calculationMethod.OptimizeDict(simpledict);
var expecteddict = new Dictionary <string, decimal>()
{
{ "Adam_Igor", 2.05m }
};
//Assert
Assert.IsNotNull(dict);
Assert.AreEqual(expecteddict.Count, dict.Count);
Assert.Contains("Adam_Igor", dict.Keys);
Assert.Contains(2.05m, dict.Values);
}