private static void TestIndexOf <T>(GenericList <T> list, T value) where T : IComparable <T>
{
ConsoleMio
.Format("Looking up index of {0}: ", color: Info, args: value)
.WriteLine(list.IndexOf(value), color: Result)
.WriteLine();
PrintList(list);
ConsoleMio.PromptToContinue(color: Pause);
}
private static void PrintResult(Shape shape)
{
ConsoleMio
.Write("Surface = ", Info)
.FormatLine("{0:F}", Result, shape.CalculateSurface());
ConsoleMio.PromptToContinue(Warning);
}
private static void Reset()
{
ConsoleMio.WriteLine();
ConsoleMio.PromptToContinue(Info);
Console.Clear();
ConsoleMio.PrintHeading("Extension Methods Tests");
ConsoleMio.WriteLine("What would you like to test: ", Info);
}
private static void PrintPeople(IEnumerable <Human> people)
{
bool odd = true;
foreach (var human in people)
{
ConsoleMio
.WriteLine(human, odd ? Result : Info);
odd = !odd;
}
ConsoleMio.WriteLine();
ConsoleMio.PromptToContinue(Info);
}
private static void Main()
{
ConsoleMio.PrintHeading("OOP Principles - Part 1 - Animals");
var animals = GenerateAnimals();
PrintAnimals(animals);
var averageAges = GetAverageAges(animals);
ConsoleMio.PromptToContinue(Info);
ConsoleMio.WriteLine("Average Ages:", Info)
.WriteLine(Dash, Info);
foreach (var key in averageAges.Keys)
{
ConsoleMio.Write(key, Result)
.Write(" average age: ", Info)
.FormatLine("{0:F}", Result, averageAges[key]);
}
ConsoleMio.WriteLine(Dash, Info)
.WriteLine();
}
