public void Test_GetColorNames()
{
var colors = ColorCodes.GetColorNames();
colors.Should().NotBeNullOrEmpty();
colors.Should().HaveCount(10);
}
public TCharAttr(AttributeBitMasks Attr, AttributeBitMasks Attr2, ColorCodes Fore, ColorCodes Back)
{
this.Attr = Attr;
this.Attr2 = Attr2;
this.Fore = Fore;
this.Back = Back;
}
public void BandBColorCodeTableLookupTest([ValueSource(typeof(OhnValueCalculatorTestData), "Colors")] ColorCodes x,
[ValueSourceAttribute(typeof(OhnValueCalculatorTestData), "BandBColumn")] Bands position,
[ValueSource(typeof(OhnValueCalculatorTestData), "BandBResults")] double ohm)
{
IOhmValueCalculator instance = CreateInstance();
if (ohm >= 0)
{
var sutOhms = instance.TableLookup(x, position);
Assert.AreEqual(sutOhms, ohm);
}
else
{
try
{
var sutOhmsInvalid = instance.TableLookup(x, position);
Assert.AreEqual(true, false); //ohm < 0 denotes invalid table values, so it should not pass
}
catch
{
Assert.AreEqual(true, true);//instead exception should occur
}
}
}
////[TestCase("red", 1, 5)]
////[TestCase("red", 2, 100)]
////[TestCase("violet", 3, 4)]
//[Test, Combinatorial]
public void StringToEnumTest(string color, ColorCodes expectedCC)
{
ColorCodes sutColorCode = OhmValueCalculator.StringToEnum <ColorCodes>(color);
//return sutColorCode;
Assert.AreEqual(sutColorCode, expectedCC);
}
public int CalculateOhmValue(string bandAColor, string bandBColor, string bandCColor, string bandDColor)
{
var color1 = ColorCodes.Parse(bandAColor);
var color2 = ColorCodes.Parse(bandBColor);
var color3 = ColorCodes.Parse(bandCColor);
var color4 = ColorCodes.Parse(bandDColor);
return(CalculateOhmValue(color1.FourBand.FirstPosition, color2.FourBand.SecondPosition, color3.FourBand.Multiplier));
}
public double[] FindTolerance(string bandDColor)
{
double[] tolerance = new double[2];
ColorCodes bandD = StringToEnum <ColorCodes>(bandDColor);
tolerance[0] = TableLookup(bandD, Bands.ToleranceDPositive);
tolerance[1] = TableLookup(bandD, Bands.ToleranceDNegative);
return(tolerance);
}
public void FindToleranceTest([ValueSource(typeof(OhnValueCalculatorTestData), "Colors")] ColorCodes x,
[ValueSource(typeof(OhnValueCalculatorTestData), "BandDPositiveResults")] double positive,
[ValueSource(typeof(OhnValueCalculatorTestData), "BandDResults")] double ohm)
{
//IOhmValueCalculator instance = CreateInstance();
//double[] tolerance = instance.FindTolerance(x.ToString());
//Assert.AreEqual(tolerance[0], positive);
//Assert.AreEqual(tolerance[0], negative);
}
public ActionResult Calculator()
{
ViewBag.Message = "Electronic Color Code Calculator";
ColorCodes colorCodes = new ColorCodes();
Models.CalculatorViewModel viewModel = new Models.CalculatorViewModel();
viewModel.ColorCodes = colorCodes.getColorCodes().Values;
return(View(viewModel));
}
public virtual void SetCell(int Row, int Col, char c, ColorCodes ForeColor, ColorCodes BackColor, AttributeCodes Attribute)
{
if (Row < 0 || Row >= Rows || Col < 0 || Col >= Cols)
{
return;
}
TextData[Row, Col] = c.ToString();
ForeColorData[Row, Col] = ForeColor;
BackColorData[Row, Col] = BackColor;
AttributeData[Row, Col] = Attribute;
}
public double TableLookup(ColorCodes bandColor, Bands bandPosition)
{
int column = (int)bandPosition + 1;
double code = ColorCodeTable[(int)bandColor, column];
if (code < 0 && (bandPosition == Bands.SigDigA || bandPosition == Bands.SigDigB))
{
throw new ArgumentException("Invalid color placement");
}
return(code);
}
private MircColor colorize(ColorCodes colorCode)
{
if (color == String.Empty)
{
textColor = colorCode;
color = clear + (int)textColor;
}
else if (!color.Contains(','))
{
bgColor = colorCode;
color = clear + (int)textColor + "," + (int)bgColor;
}
return(this);
}
public int CalculateOhmValue(string bandAColor, string bandBColor, string bandCColor, string bandDColor)
{
ColorCodes bandA = StringToEnum <ColorCodes>(bandAColor);
ColorCodes bandB = StringToEnum <ColorCodes>(bandBColor);
ColorCodes bandC = StringToEnum <ColorCodes>(bandCColor);
ColorCodes bandD = StringToEnum <ColorCodes>(bandDColor);
double bandAValue = TableLookup(bandA, Bands.SigDigA);
double bandBValue = TableLookup(bandB, Bands.SigDigB);
double bandCValue = TableLookup(bandC, Bands.MultiplierC);
double bandDValue = TableLookup(bandD, Bands.ToleranceDNegative);
int ohmValue = (int)((bandAValue * 10 + bandBValue) * bandCValue);
return(ohmValue);
}
public ActionResult Index()
{
try
{
//Load dropdown values for Band A, Band B, Band C, and Band D
ColorCodes colorCodes = new ColorCodes();
//Return index view containing the color code calculator user interface
return(View(colorCodes));
}
catch (Exception ex)
{
// if exception then return error as response
return(Json(new { error = "Exception ocurred while loading select controls: " + ex.Message }));
}
}
public MircColor Colorize(string colorName)
{
string[] colorCodesNames = Enum.GetNames(typeof(ColorCodes));
string realColorName = colorCodesNames.FirstOrDefault(x => x.ToLower() == colorName.ToLower());
if (realColorName != null)
{
ColorCodes newColor = (ColorCodes)Enum.Parse(typeof(ColorCodes), realColorName);
return(colorize(newColor));
}
else
{
return(this);
}
}
public static void Write(string str, char colouredChar)
{
char[] strArray = str.ToArray();
foreach (var item in strArray)
{
if (item == colouredChar)
{
ColorCodes code = CurrentColorCode;
Console.BackgroundColor = colorCodeDictionary[code];
Console.Write(item);
Console.BackgroundColor = ConsoleColor.Black;
}
else
{
Console.Write(item);
}
}
}
public void Test_Parse()
{
var result = ColorCodes.Parse("RED");
result.Should().NotBeNull();
result.Should().BeOfType <RedColorCode>();
result = ColorCodes.Parse("white");
result.Should().BeOfType <WhiteColorCode>();
result = ColorCodes.Parse(" grey ");
result.Should().BeOfType <GreyColorCode>();
Action act = () => ColorCodes.Parse(String.Empty);
act.Should().Throw <ArgumentNullException>();
act = () => ColorCodes.Parse("CHARTREUSE");
act.Should().Throw <ArgumentException>().And.Message.Should().Contain("Invalid color name specified");
}
public ActionResult GetResistanceValue(string bandAColor, string bandBColor, string bandCColor, string bandDColor)
{
try
{
ColorCodes colorCodes = new ColorCodes();
// Call library method to calculcate the resistance value.
double ohmValue = _ohmCalculator.CalculateOhmValue(bandAColor, bandBColor, bandCColor, bandDColor);
var tolerance = colorCodes.Tolerance[bandDColor].Item2;
string resistance = Formatters.FormatResistance(ohmValue, tolerance);
/// return JSON response
return(Json(new { resistance = resistance }, JsonRequestBehavior.AllowGet));
}
catch (Exception ex)
{
Trace.TraceError(ex.Message);
throw ex;
}
}
public void Test_Validate()
{
Action act = null;
act = () => ColorCodes.Validate("");
act.Should().Throw <ArgumentNullException>();
act = () => ColorCodes.Validate(String.Empty);
act.Should().Throw <ArgumentNullException>();
act = () => ColorCodes.Validate(null);
act.Should().Throw <ArgumentNullException>();
act = () => ColorCodes.Validate("PINK");
act.Should().Throw <ArgumentException>();
act = () => ColorCodes.Validate("brown");
act.Should().NotThrow();
act = () => ColorCodes.Validate("RED");
act.Should().NotThrow();
}
public ActionResult Calculator(Models.CalculatorViewModel viewModel)
{
ViewBag.Message = "Electronic Color Code Calculator";
ColorCodes colorCodes = new ColorCodes();
viewModel.ColorCodes = colorCodes.getColorCodes().Values;
if (!ModelState.IsValid)
{
return(View(viewModel));
}
else
{
IOhmValueCalculator calculator = new OhmValueCalcuator(new ColorCodes());
OhmRange range = calculator.CalculateOhmValueRange(viewModel.SelectedAColor, viewModel.SelectedBColor, viewModel.SelectedCColor, viewModel.SelectedDColor);
viewModel.OhmValueMin = range.MinValue;
viewModel.OhmValueMax = range.MaxValue;
return(View(viewModel));
}
}
public static string FormatResistance(double ohmValue, double tolerance)
{
ColorCodes colorCodes = new ColorCodes();
string resistance;
//to show in Mega format
if (ohmValue >= 100000000)
{
resistance = (ohmValue / 1000000).ToString("#,0M") + "Ω";
}
else if (ohmValue >= 10000000)
{
resistance = (ohmValue / 1000000).ToString("0.#") + "MΩ";
}
//to show in Kilo format
else if (ohmValue >= 100000)
{
resistance = (ohmValue / 1000).ToString("#,0KΩ");
}
else if (ohmValue >= 10000)
{
resistance = (ohmValue / 1000).ToString("0.#") + "KΩ";
}
else
{
resistance = ohmValue.ToString() + "Ω";
}
if (ohmValue > 0)
{
resistance = resistance + " " + " ±" + tolerance.ToString() + "%";
}
return(resistance);
}
public static string GetDescription(ColorCodes code)
{
return(Colors[(int)code]);
}
static void Main(string[] args)
{
int intergerCode = 3;
ColorCodes myColor = (ColorCodes)intergerCode;
}
// Methods
protected string GetTaskColorCode(bool isVip, DateTime created)
{
var dateDiff = (int)Math.Floor((DateTime.Now - created).TotalHours);
return(ColorCodes.FirstOrDefault(c => c.Value == (isVip ? 3 : (dateDiff <= 2 ? dateDiff : 2))).Key);
}
public ColorCodes StringToEnumTest1(string color)
{
ColorCodes sutColorCode = OhmValueCalculator.StringToEnum <ColorCodes>(color);
return(sutColorCode);
}
public static void SetColor(ColorCodes color)
{
SetConsoleTextAttribute(_handle, (int)color);
}