using System;

using System.Collections.Generic;

using System.Globalization;

using System.Linq;

using System.Threading;

using TankLibHelper.Modes;

namespace TankLibHelper {

internal class Program {

public static void Main(string[] args) {

// TankLibHelper createclasses {out} [data dir]

// TankLibHelper updateclasses {out} [data dir]

// TankLibHelper testclasses [args]

// args:

// abc.003

// *.003

// *.003 6A0BTFA(instance hash)

CultureInfo.CurrentCulture = CultureInfo.InvariantCulture; //To fix float seperator :prophet:

if (args.Length < 1) {

Console.Out.WriteLine("Usage: TankLibHelper {mode} [mode args]");

return;

}

string mode = args[0];

IMode modeObject;

Dictionary<string, Type> modes = GetModes();

if (modes.ContainsKey(mode)) {

modeObject = (IMode)Activator.CreateInstance(modes[mode]);

} else {

Console.Out.WriteLine($"Unknown mode: {mode}");

Console.Out.WriteLine("Valid modes are:");

foreach (string modeName in modes.Keys) {

Console.Out.WriteLine($" {modeName}");

}

return;

}

ModeResult result = modeObject.Run(args);

if (result == ModeResult.Fail) {

Console.Out.WriteLine($"\r\n{mode} failed to execute successfully");

} else if (result == ModeResult.Success) {

Console.Out.WriteLine("\r\nDone");

}

}

public static Dictionary<string, Type> GetModes() {

Dictionary<string, Type> modes = new Dictionary<string, Type>();

foreach (Type modeType in typeof(IMode).Assembly.GetTypes().Where(x => typeof(IMode).IsAssignableFrom(x))) {

if (modeType.IsInterface) continue;

IMode inst = (IMode)Activator.CreateInstance(modeType);

modes[inst.Mode] = modeType;

}

return modes;

}

}

}