public void ConvertCtoT2()
{
var convert = new GeneralFunctionality();
var actual = 8;
Assert.AreEqual(convert.CupsToTablespoons(.5m), actual);
}
public void TestForCups()
{
var convert = new GeneralFunctionality();
var actual = 32;
Assert.AreEqual(convert.CupsToTablespoons(2), actual);
}
public void ConverttToT()
{
var convert = new GeneralFunctionality();
var actual = 1;
Assert.AreEqual(convert.TeaspoonsToTablespoons(3), actual);
}
public void Percent2()
{
var percent = new GeneralFunctionality();
var actual = percent.percent(80, 50);
Assert.AreEqual(160, actual);
}
public void Percent()
{
var percent = new GeneralFunctionality();
var actual = percent.percent(20, 100);
Assert.AreEqual(20, actual);
}
public void ConvertCToT()
{
var convert = new GeneralFunctionality();
var actual = 16;
Assert.AreEqual(convert.CupsToTablespoons(1), actual);
}
public void TestImproperFraction()
{
var fraction = new GeneralFunctionality();
var expected = 2.5m;
var actual = fraction.CalculateDecimalFromFraction("2 1/2");
Assert.AreEqual(expected, actual);
}
public void LbsToOunces()
{
var convert = new GeneralFunctionality();
var actual = convert.PoundsToOunces(5.5m);
var expected = 88m;
Assert.AreEqual(expected, actual);
}
public void TestSimpleDivision()
{
var divide = new GeneralFunctionality();
var expected = .125m;
var actual = divide.SimpleDivision(1, 8);
Assert.AreEqual(expected, actual);
}
public void CalculateDecimalOfOneEighth()
{
var fractionToDecimal = new GeneralFunctionality();
var expected = .125m;
var actual = fractionToDecimal.CalculateDecimalFromFraction("1/8");
Assert.AreEqual(expected, actual);
}
public void IsStringAValidNumber()
{
var test = new GeneralFunctionality();
var expected = true;
var actual = test.IsStringNumericValue("11.98");
Assert.AreEqual(expected, actual);
}
public void TestSTringIfNumeric3()
{
var testString = new GeneralFunctionality();
var expected = false;
var actual = testString.IsStringNumericValue("flour");
Assert.AreEqual(expected, actual);
}
public void TestingIfStringIsNumeric()
{
var testString = new GeneralFunctionality();
var expected = true;
var actual = testString.IsStringNumericValue("1345642");
Assert.AreEqual(expected, actual);
}
public void TestNonNumericFraction()
{
var fraction = new GeneralFunctionality();
var expected = 0m;
var actual = fraction.CalculateDecimalFromFraction("2 b/r");
Assert.AreEqual(expected, actual);
}
public void TestDivisionFractions2()
{
var divide = new GeneralFunctionality();
var expected = .278m;
var actual = divide.CalculateDecimalFromFraction("5/18");
Assert.AreEqual(expected, actual);
}
public void OuncesToLbs()
{
var convert = new GeneralFunctionality();
var actual = convert.OuncesToPounds(23);
var expected = 1.4375m;
Assert.AreEqual(expected, actual);
}
public decimal GetAmountOfOuncesUsed(string Ingredient, string measuredCups, string filename)
{
var vw = new VolumeToWeightLogic();
var divide = new GeneralFunctionality();
var GetOuncesForIngredient = vw.ReadOuncesForIngredient(Ingredient, filename);
var GetPercentMeasuredCupsToStandardCups = vw.PercentageOfMeasuredCupsToStandardCups(measuredCups);
return(GetPercentMeasuredCupsToStandardCups * GetOuncesForIngredient);
}
public decimal PercentageOfMeasuredCupsToStandardCups(string measuredCups)
{
var divide = new GeneralFunctionality();
if (measuredCups.Contains('/'))
{
return(divide.CalculateDecimalFromFraction(measuredCups));
}
else
{
return((Convert.ToDecimal(measuredCups)) / 1);
}
}
/*
* get price per ounce for gallons
* get price per ounce for ounces
* get price per ounce for lbs
*/
// public decimal PricePerGallon(string Ingredient, string UnitOfMeasurement, string VolumeToWeightRatioDatabaseFilename, string ResponseDatabaseFilename)
//{
// var read = new Reader();
// var RatioDatabse = read.ReadDatabase(VolumeToWeightRatioDatabaseFilename);
// var ResponseDatabase = read.ReadDatabase(ResponseDatabaseFilename);
// for (int i = 0; i < ResponseDatabase.Count(); i++)
// {
// if (ResponseDatabase[i].Contains(Ingredient) && ResponseDatabase[i].Contains(UnitOfMeasurement))
// {
// for (int j = 0; j < RatioDatabse.Count(); j++)
// {
// if (RatioDatabse[j].Contains(Ingredient}
// }
// {
// }))
// }
// }
// }
public decimal GetPriceForOneOunceOfIngredient(string Ingredient, string VolumeToWeightRatioDatabase, string ResponseDatabaseFilename)
{
var read = new Reader();
var split = new SplitLines();
var GetOunces = new VolumeToWeightLogic();
var convertToNmber = new GeneralFunctionality();
var IngredientVolumeToWeightRatios = read.ReadDatabase(VolumeToWeightRatioDatabase);
var UnalteredResponseDatabase = read.ReadDatabase(ResponseDatabaseFilename);
var IngredientPrice = 0m;
//var ParsedNumberString = 0m;IngredientName, IngredientPrice
var CalculatedOunces = 0m;
//var OuncesForStandardMeasuredIngredient = 0m;
var PricePerOunce = 0m;
for (int i = 0; i < UnalteredResponseDatabase.Count(); i++)
{
if (UnalteredResponseDatabase[i].Contains(Ingredient))
{
IngredientPrice = GetPriceForIndividualIngredient(Ingredient); //, ResponseDatabaseFilename);
for (int j = 0; j < IngredientVolumeToWeightRatios.Count(); j++)
{
if (IngredientVolumeToWeightRatios[j].Contains(Ingredient))
{
if (UnalteredResponseDatabase[i].ToLower().Contains(("oz")))
{
var FindNumbers = split.SplitLineAtSpace(UnalteredResponseDatabase[i]);
foreach (var array in FindNumbers)
{
decimal output;
if (convertToNmber.IsStringNumericValue(array) == true)
{
Decimal.TryParse(array, out output);//memory representaion, keeping a file in memory to get the values... it's a memory manager ... it's a data structure manager that manages the memory of that files
CalculatedOunces = output;
}
}
}
//.Cgallons, lbs || pounds, oz, //)
//OuncesForStandardMeasuredIngredient = GetOunces.ReadOuncesForIngredient(Ingredient, VolumeToWeightRatioDatabase);
}//how many cups are in the bag of whatever is sold, then do the math with the ounces
}
}
}
PricePerOunce = IngredientPrice / CalculatedOunces;
return(PricePerOunce);
}
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 void WhatABunchOfSquares()
{
var sqaure = new GeneralFunctionality();
Assert.AreEqual(16, sqaure.sqaure(4));
}
int IGetVolume.GetVolume()
{
var square = new GeneralFunctionality();
return((int)(Math.PI * (square.sqaure(_diameter / 2)) * _depth));
}