using System;
using System.Collections.Generic;
using System.Text;
using System.IO.Ports;
using VK011Manager;

internal class Program
{
    // Methods
    private static void Main(string[] args)
    {
        string port = "COM1";
        int samplerate = 10;

        Console.Write("VK011 Test Application  v0.99 Beta\n");
        Console.Write("(c) 2008 Christian Donner  (vk011@cdonner.com)\n\n");
        Console.Write("Synopsis: VK011Console.exe [COM1|COM2|etc] [sample rate in seconds]\n");
        Console.Write("          (COM1 is the default port, 10 seconds is the default sample rate)\n\n");
        Console.Write("Examples: VK011Console            // run on COM1, sample every 10 seconds\n");
        Console.Write("          VK011Console COM2 60    // run on COM2, sample every minute\n");
        Console.Write("          VK011Console 100        // run on COM1, sample every 100 seconds\n\n");

        try
        {
            foreach(string arg in args)
            {
                if (arg.Contains("COM"))
                    port = arg;
                else
                    samplerate = int.Parse(arg);
            }
            new TestBed().RunVK011Tests(port, samplerate);
        }
        catch (Exception e)
        {
            Console.Write("Invalid parameter\n");
        }
    }
}


internal class TestBed
{
    // Methods
    private void ConfigVkMgr(VK011Manager.VK011Manager vkMgr, string port, int samplerate)
    {
        vkMgr.PortName = port;
        Console.Write("Port:             {0}\n", vkMgr.PortName);
        vkMgr.BaudRate = 0x2580;
        Console.Write("Baud rate:        {0}\n", vkMgr.BaudRate);
        vkMgr.DataBits = 8;
        Console.Write("Data bits:        {0}\n", vkMgr.DataBits);
        vkMgr.StopBits = StopBits.One;
        Console.Write("Stop bits:        {0}\n", vkMgr.StopBits);
        vkMgr.Parity = Parity.None;
        Console.Write("Parity:           {0}\n", vkMgr.Parity);
        vkMgr.SampleRateUnit = "Sec";
        vkMgr.SampleRateValue = samplerate;
        Console.Write("Sample rate:      {0} {1}(s)\n", vkMgr.SampleRateValue, vkMgr.SampleRateUnit);
        vkMgr.CollectChannel1 = true;
        vkMgr.CollectChannel2 = false;
        vkMgr.CollectChannel3 = false;
        vkMgr.CollectChannel4 = false;
        Console.Write("Channels:         1:{0} 2:{1} 3:{2} 4:{3}\n", new object[] { vkMgr.CollectChannel1, vkMgr.CollectChannel2, vkMgr.CollectChannel3, vkMgr.CollectChannel4 });
        vkMgr.CallBackHandler = new VK011Manager.TemperatureDataHandler(this.PortDataReceived);
        vkMgr.OnError = new VK011Manager.ErrorHandler(this.VK011Error);
    }

    private void PortDataReceived(TempRecord temperatures)
    {
        Console.Write(temperatures.timestamp);
        Console.Write("\n");
        Console.Write(string.Format("Channel 1: {0}\n", temperatures.channel1Temperature));
        Console.Write(string.Format("Channel 2: {0}\n", temperatures.channel2Temperature));
        Console.Write(string.Format("Channel 3: {0}\n", temperatures.channel3Temperature));
        Console.Write(string.Format("Channel 4: {0}\n", temperatures.channel4Temperature));
    }

    public void RunVK011Tests(string port, int samplerate)
    {
        VK011Manager.VK011Manager vkMgr = new VK011Manager.VK011Manager();
        Console.Write("Running configuration:\n");
        this.ConfigVkMgr(vkMgr, port, samplerate);
        Console.Write("\nInitializing ... please wait\n");
        if (vkMgr.InitVK011())
        {
            Console.Write("Running (press Ctrl-C to cancel).\n");
            while (true)
            {
            }
        }
    }

    private void VK011Error(string message, Exception e)
    {
        Console.Write(message);
        Console.Write("\n");
    }
}