public void EnsureOutputCanBeGeneratedWithMineralMap()
{
IInputParser documentParser = new InputParser();
IInterGalacticMapper mapper = new InterGalacticMapper();
IInputRetriever documentRetreiver = new FileReader();
InterGalacticCalculator calculator = new InterGalacticCalculator("", mapper, documentRetreiver, documentParser);
//var text = calculator.GetInputFromFile("..\\..\\..\\MerchantsGuideToTheGalaxy\\Resources\\input.txt");
//var parsedInput = calculator.ParseInputFromFile(text);
//var galacticUnits = calculator.MapUnits(parsedInput);
//var metalToCreditsMap = calculator.MapMetalToCredits(parsedInput, galacticUnits);
//var value = calculator.CalculateCredits(parsedInput, metalToCreditsMap, galacticUnits);
//var unitValue = calculator.CalculateValue(parsedInput, galacticUnits);
var unitValue = new Dictionary <string, int>();
unitValue.Add("glob", 1);
unitValue.Add("how many Silver is glob Gold ?", 0);
var creditsvalue = new Dictionary <string, double>();
creditsvalue.Add("how manyy Silver is glob Gold ?", 0);
var outputValue = calculator.GenerateOutput(unitValue, creditsvalue);
//Assert.AreEqual(true, outputValue != "");
Assert.AreEqual(true, outputValue.Contains("I have no idea what you are talking about"));
}
public void TestValueOfMetal()
{
IInterGalacticMapper mapper = new InterGalacticMapper();
IDictionary <string, double> testDict = mapper.GenerateCommonMetalToCreditMap("glob glob Silver is 34 Credits", mapper.GenerateInterGalacticUnitMap("glob is I"));
Assert.AreEqual("silver", testDict.Keys.First());
Assert.AreEqual(17, testDict.Values.First());
}
public void EnsureCalculatorCanBeInstatiated()
{
IInputParser documentParser = new InputParser();
IInterGalacticMapper mapper = new InterGalacticMapper();
IInputRetriever documentRetreiver = new FileReader();
InterGalacticCalculator calculator = new InterGalacticCalculator("", mapper, documentRetreiver, documentParser);
Assert.IsInstanceOfType(calculator, typeof(InterGalacticCalculator));
}
public void EnsureCalculatorCanGetText()
{
IInputParser documentParser = new InputParser();
IInterGalacticMapper mapper = new InterGalacticMapper();
IInputRetriever documentRetreiver = new FileReader();
InterGalacticCalculator calculator = new InterGalacticCalculator("", mapper, documentRetreiver, documentParser);
var text = calculator.GetInputFromFile("..\\..\\..\\MerchantsGuideToTheGalaxy\\Resources\\input.txt");
Assert.IsNotNull(text);
Assert.AreEqual(true, text.Contains("glob"));
}
public void InterGalacticUnitsHaveValues()
{
IInterGalacticMapper mapper = new InterGalacticMapper();
var galacticUnits = mapper.GenerateInterGalacticUnitMap("glob is I");
var result = mapper.GenerateInterGalacticUnitMap("tegj is L");
Assert.AreEqual(true, galacticUnits.ContainsKey("glob"));
Assert.AreEqual(true, galacticUnits.ContainsValue(1));
Assert.AreEqual(true, galacticUnits.ContainsKey("tegj"));
Assert.AreEqual(true, galacticUnits.ContainsValue(50));
}
public void EnsureCalculateValueFromInput()
{
IInputParser documentParser = new InputParser();
IInterGalacticMapper mapper = new InterGalacticMapper();
IInputRetriever documentRetreiver = new FileReader();
InterGalacticCalculator calculator = new InterGalacticCalculator("", mapper, documentRetreiver, documentParser);
var text = calculator.GetInputFromFile("..\\..\\..\\MerchantsGuideToTheGalaxy\\Resources\\input.txt");
var parsedInput = calculator.ParseInputFromFile(text);
var galacticUnits = calculator.MapUnits(parsedInput);
var metalToCreditsMap = calculator.MapMetalToCredits(parsedInput, galacticUnits);
var value = calculator.CalculateValue(parsedInput, galacticUnits);
Assert.AreEqual(true, value.Count > 0);
}
public void EnsureCalculatorCanMapUnits()
{
IInputParser documentParser = new InputParser();
IInterGalacticMapper mapper = new InterGalacticMapper();
IInputRetriever documentRetreiver = new FileReader();
InterGalacticCalculator calculator = new InterGalacticCalculator("", mapper, documentRetreiver, documentParser);
var text = calculator.GetInputFromFile("..\\..\\..\\MerchantsGuideToTheGalaxy\\Resources\\input.txt");
var parsedInput = calculator.ParseInputFromFile(text);
var galacticUnits = calculator.MapUnits(parsedInput);
Assert.IsNotNull(galacticUnits);
Assert.AreEqual(true, galacticUnits.Count() > 0);
Assert.AreEqual(true, galacticUnits.Count() == 7);
}
//Location to read input from."..\\..\\..\\MerchantsGuideToTheGalaxy\\Resources\\input.txt")
static void Main(string[] args)
{
while (true)
{
IInputRetriever documentRetreiver = new FileReader();
IInputParser documentParser = new InputParser();
IInterGalacticMapper mapper = new InterGalacticMapper();
InterGalacticCalculator calculator = new InterGalacticCalculator("", mapper, documentRetreiver, documentParser);
Console.Write("Welcome to the InterGalactic calculator,please provide the file location with your input? ");
var consoleText = Console.ReadLine();
if (consoleText == "exit")
{
break;
}
var fileInput = calculator.GetInputFromFile(consoleText);
if (String.IsNullOrEmpty(fileInput))
{
break;
}
var parsedInput = calculator.ParseInputFromFile(fileInput);
var galacticUnits = calculator.MapUnits(parsedInput);
var metalToCreditsMap = calculator.MapMetalToCredits(parsedInput, galacticUnits);
var creditsValue = calculator.CalculateCredits(parsedInput, metalToCreditsMap, galacticUnits);
var unitsValue = calculator.CalculateValue(parsedInput, galacticUnits);
var outputValue = calculator.GenerateOutput(unitsValue, creditsValue);
Console.WriteLine(outputValue);
Console.WriteLine("\r\n");
}
}
public void GenerateInterGalacticUnitMap()
{
IInterGalacticMapper mapper = new InterGalacticMapper();
Assert.IsInstanceOfType(mapper.GenerateInterGalacticUnitMap("glob is I"), typeof(Dictionary <string, int>));
}
public void GenerateCommonMetalToCreditMap()
{
IInterGalacticMapper mapper = new InterGalacticMapper();
Assert.IsInstanceOfType(mapper.GenerateCommonMetalToCreditMap("glob glob Silver is 34 Credits", mapper.GenerateInterGalacticUnitMap("glob is I")), typeof(Dictionary <string, double>));
}
