public void TestCreateRuleBook()
{
string[] rawData = LuggageProcessor.GetInputData(FilePathTestData);
Dictionary <string, string[]> ruleBook = LuggageProcessor.CreateRuleBook(rawData);
Assert.AreEqual(9, ruleBook.Keys.Count);
}
public void FindAnserDaySevenPuzzleTwo()
{
string[] rawData = LuggageProcessor.GetInputData(FilePathInputData);
Dictionary <string, string[]> ruleBook = LuggageProcessor.CreateRuleBook(rawData);
Assert.Warn("Not solved");
}
public void TestCountBagOptions(string bagColor, int exptectedOptions)
{
string[] rawData = LuggageProcessor.GetInputData(FilePathTestData);
Dictionary <string, string[]> ruleBook = LuggageProcessor.CreateRuleBook(rawData);
int numberOfBagOptions = LuggageProcessor.CountBagOptions(ruleBook, bagColor);
Assert.AreEqual(exptectedOptions, numberOfBagOptions);
}
public void TestGetBagOptionsContains()
{
string[] rawData = LuggageProcessor.GetInputData(FilePathTestData);
Dictionary <string, string[]> ruleBook = LuggageProcessor.CreateRuleBook(rawData);
List <string> bagOptions = LuggageProcessor.GetBagOptions(ruleBook, "not existing");
Assert.IsEmpty(bagOptions);
}
public void TestGetBagOptionsContains(string bagColor, string expectedColor)
{
string[] rawData = LuggageProcessor.GetInputData(FilePathTestData);
Dictionary <string, string[]> ruleBook = LuggageProcessor.CreateRuleBook(rawData);
List <string> bagOptions = LuggageProcessor.GetBagOptions(ruleBook, bagColor);
Assert.Contains(expectedColor, bagOptions);
}
public void FindAnserDaySevenPuzzleOne()
{
string[] rawData = LuggageProcessor.GetInputData(FilePathInputData);
Dictionary <string, string[]> ruleBook = LuggageProcessor.CreateRuleBook(rawData);
int numberOfBagOptions = LuggageProcessor.CountBagOptions(ruleBook, "shiny gold");
Console.WriteLine("Number of bag options: " + numberOfBagOptions);
Assert.AreEqual(224, numberOfBagOptions);
}
public int SolvePart2(IEnumerable <string> input, string bag)
{
LuggageProcessor graph = new LuggageProcessor();
foreach (var line in input)
{
graph.ParseInput(line);
}
return(graph.GetBag(bag).GetAllContents().Values.Sum());
}
public int SolvePart1(IEnumerable <string> input, string bag)
{
LuggageProcessor graph = new LuggageProcessor();
foreach (var line in input)
{
graph.ParseInput(line);
}
return(graph.GetBag(bag).Containers.Count());
}
public void TestParseLuggageRule(int iTestData, string colorKey, string[] colorValues)
{
Dictionary <string, string[]> expectedAnswer = new Dictionary <string, string[]>();
expectedAnswer[colorKey] = colorValues;
string[] rawData = LuggageProcessor.GetInputData(FilePathTestData);
Dictionary <string, string[]> parsedRule = LuggageProcessor.ParseLuggageRule(rawData[iTestData]);
Assert.AreEqual(expectedAnswer, parsedRule);
}
public void TestGetBagOptionsEquality()
{
var expectedColors = new List <string> {
"bright white", "muted yellow", "dark orange", "light red"
};
string[] rawData = LuggageProcessor.GetInputData(FilePathTestData);
Dictionary <string, string[]> ruleBook = LuggageProcessor.CreateRuleBook(rawData);
List <string> bagOptions = LuggageProcessor.GetBagOptions(ruleBook, "shiny gold");
Assert.Warn("Not solved");
// Assert.AreEqual(expectedColors, bagOptions);
}
public void AddContents(string contents, LuggageProcessor graph)
{
var items = contents.Split(", ");
foreach (var item in items)
{
var space = item.IndexOf(' ');
var end = item.IndexOf(" bag", space);
var quantity = Int32.Parse(item.Substring(0, space));
var bag = graph.GetBag(item.Substring(space + 1, end - (space + 1)));
bag.AddContainer(this);
bag.AddContainers(Containers);
Contents.Add(bag, quantity);
}
}
public void TestGetInputData()
{
string[] groupAnswers = LuggageProcessor.GetInputData(FilePathTestData);
Assert.AreEqual(9, groupAnswers.GetLength(0));
}