public void TestingDecimalsUnder1()
{
var round = new RoundDecimalPlaces();
var actual = round.RoundDecimals(0.5678m);
var expected = 1m;
Assert.AreEqual(expected, actual);
}
public void TestingSingleDecimalPlacesAgainAgain()
{
var round = new RoundDecimalPlaces();
var actual = round.RoundDecimals(135);
var expected = 135m;
Assert.AreEqual(actual, expected);
}
public void TestingInts()
{
var round = new RoundDecimalPlaces();
var actual = round.RoundDecimals(4.000345m);
var expected = 4.00m;
Assert.AreEqual(expected, actual);
}
public void TestDecimalPlaces2()
{
var round = new RoundDecimalPlaces();
var actual = round.RoundDecimals(135.60m);
var expected = 136m;
Assert.AreEqual(expected, actual);
}
public void TestingDecimalsWithOneSpace()
{
var round = new RoundDecimalPlaces();
var actual = round.RoundDecimals(2.5m);
var expected = 2m;
Assert.AreEqual(expected, actual);
}
public void TestingSingleDecimalPlacesAgain()
{
var round = new RoundDecimalPlaces();
var actual = round.RoundToHundrethDecimalPlace(145.04723432m);
var expected = "145";
Assert.AreEqual(expected, actual);
}
public void TestDecimalPlaces()
{
var decimalized = new RoundDecimalPlaces();
var actual = decimalized.RoundDecimals(125.65239845m);
var expected = 126m;
Assert.AreEqual(expected, actual);
}
public void TestSingleDecimalPlace2()
{
var round = new RoundDecimalPlaces();
var actual = round.RoundToHundrethDecimalPlace(5.06m);
var expected = "5";
Assert.AreEqual(expected, actual);
}
public void TestDecimalPlaces2()
{
var round = new RoundDecimalPlaces();
var actual = round.RoundToHundrethDecimalPlace(135.60m);
var expected = "135.6";
Assert.AreEqual(expected, actual);
}
public void TestDecimalPlaces()
{
var decimalized = new RoundDecimalPlaces();
var actual = decimalized.RoundToHundrethDecimalPlace(125.65239845m);
var expected = "125.65";
Assert.AreEqual(expected, actual);
}
public void TestingMoreDecimals()
{
var round = new RoundDecimalPlaces();
var actual = round.RoundToHundrethDecimalPlace(150.40m);
var expected = "150.4";
Assert.AreEqual(expected, actual);
}
public string RoundTablespoonMeasurement(string Measurement)
{
var Round = new RoundDecimalPlaces();
var split = new SplitLines();
var TablespoonsMeasurement = 0m;
var RoundedTablespoonMeasurement = "";
var IngredientLine = split.SplitLineAtSpace(Measurement);
TablespoonsMeasurement = Convert.ToDecimal(IngredientLine[0]);
if (TablespoonsMeasurement == 1m)
{
RoundedTablespoonMeasurement = Round.RoundToHundrethDecimalPlace(TablespoonsMeasurement) + " tablespoon";
}
else
{
RoundedTablespoonMeasurement = Round.RoundToHundrethDecimalPlace(TablespoonsMeasurement) + " tablespoons";
}
return(RoundedTablespoonMeasurement);
}
public string ConvertTeaspoonsToTablespoons(string MeasurementInTeaspoons)
{
var Round = new RoundDecimalPlaces();
var ToTablespoons = new GeneralFunctionality();
var split = new SplitLines();
var TeaspoonsToTablespoons = 0m;
var RoundedTablespoonMeasurement = "";
var IngredientLine = split.SplitLineAtSpace(MeasurementInTeaspoons);
TeaspoonsToTablespoons = ToTablespoons.TeaspoonsToTablespoons(Convert.ToDecimal(IngredientLine[0]));
if (TeaspoonsToTablespoons == 1m)
{
RoundedTablespoonMeasurement = Round.RoundToHundrethDecimalPlace(TeaspoonsToTablespoons) + " tablespoon";
}
else
{
RoundedTablespoonMeasurement = Round.RoundToHundrethDecimalPlace(TeaspoonsToTablespoons) + " tablespoons";
}
return(RoundedTablespoonMeasurement);
}
public string ConvertCupsToTablespoons(string MeasurementInCups)
{
var Round = new RoundDecimalPlaces();
var ToTablespoons = new GeneralFunctionality();
var Split = new SplitLines();
string RoundedTablespoonMeasurement = "";
string[] IngredientLine = Split.SplitLineAtSpace(MeasurementInCups);
//there's something about CupsToTablespoonMeasurement - this is where I am getting the error in the stack trace in all of my failing tests that use this method
decimal CupsToTablespoonMeasurement = ToTablespoons.CupsToTablespoons(Convert.ToDecimal(IngredientLine[0]));
if (CupsToTablespoonMeasurement == 1m)
{
RoundedTablespoonMeasurement = CupsToTablespoonMeasurement + " tablespoon";
}
else
{
RoundedTablespoonMeasurement = Round.RoundToHundrethDecimalPlace(CupsToTablespoonMeasurement) + " tablespoons";
}
return(RoundedTablespoonMeasurement);
}
public List <string> GetIngredientMeasurement(string filename)
{
var DecimalPlaces = new RoundDecimalPlaces();
var ReadMyFile = new Reader();
var ConvertToTablespoons = new ConvertToTablespoons();
var Ingredient = new string[] { };
var IngredientMeasurement = "0";
var MyFile = ReadMyFile.ReadRecipe(filename);
var RecipeWithoutMeasurementUnits = new List <string>();
var RoundedIngredientMeasurement = "";
foreach (var line in MyFile)
{
Ingredient = line.Split(' '); //Ingredient is the array that is returned from the string split
if (line.Contains("cup"))
{
IngredientMeasurement = ConvertToTablespoons.CupsToTablespoons(Convert.ToDecimal(Ingredient[0])).ToString();
Console.WriteLine(IngredientMeasurement);
}
if (line.Contains("tablespoon"))
{
IngredientMeasurement = Int32.Parse(Ingredient[0].ToString()).ToString();
Console.WriteLine(IngredientMeasurement);
}
if (line.Contains("teaspoon"))
{
IngredientMeasurement = ConvertToTablespoons.TeaspoonsToTablespoons(Convert.ToDecimal(Ingredient[0])).ToString();
Console.WriteLine(IngredientMeasurement);
}
if (!line.Contains("cup") || line.Contains("tablespoon") || line.Contains("teaspoon"))
{
IngredientMeasurement = Ingredient[0].ToString();
Console.WriteLine(IngredientMeasurement);
}
RoundedIngredientMeasurement = DecimalPlaces.RoundToHundrethDecimalPlace(Convert.ToDecimal(IngredientMeasurement));
RecipeWithoutMeasurementUnits.Add(RoundedIngredientMeasurement);
}
return(RecipeWithoutMeasurementUnits);
}
