using System;

using System.Collections.Generic; 

using System.Linq; 

using System.Text.RegularExpressions;

using System.Text;

​

public class Program

{

    //public static string receiveBuffer = null;

    public static int [] inputs = {0,0,0,0};

    private static StringBuilder receiveBuffer = new StringBuilder();

    public class OutputRoute

    {

        int CurrentRoute; //1-4

        int OutputStatus; //0 = disabled, 1 = enabled

    }

    public class Inputs

    {

        int [] inputs = {0,0,0,0};

    }

    public static void Main()

    {

        string testString1 = "event input 1 syncdetect true\r\nevent input 2 syncdetect false\r\nevent input 3 syncdetect true\r\nevent input 4 syncdetect false\r\n";

        string testString2 = "event input 1 video hdcp active false\r\n";

        /*

        string testString2 = "event input 2 syncdetect false";

        string testString3 = "event input 3 syncdetect true";

        string testString4 = "event input 4 syncdetect false";

        string testString5 = "event input 5 syncdetect false";

        compareString(testString1);

        compareString(testString2);

        compareString(testString3);

        compareString(testString4);

        compareString(testString5);*/

        splitString(testString1);

    }

    private static int FindIntegerInString(string text) 

    {

        string b = string.Empty;

        int val = 0;

        for (int i=0; i< text.Length; i++)

        {

                if (Char.IsDigit(text[i]))

                    b += text[i];

        }

            if (b.Length>0)

            val = int.Parse(b);

        //Console.WriteLine("found integer {0}",val);

        return val;

    }

    private static void CompareString(string text) 

    {

        int val = FindIntegerInString(text); 

        Console.WriteLine("found integer {0}",val);

        if(text.Contains("event input ") && text.Contains("syncdetect") && text.EndsWith("false\r\n") || text.EndsWith("true\r\n"))

        {

            if(text.EndsWith("false\r\n")) inputs[val -1] = 0;

            else inputs[val -1] = 1;

        }

    }

    private static void InputFeedback() 

    {

        for (int i=0; i< inputs.Length; i++)

        {

            Console.WriteLine("inputs[{0}] = {1}",(i + 1), inputs[i] ); 

        }

    }

    /*

    static void splitString(string incomingString) //Puts each delimiter  it on different line

    {

        string pattern = "(\r\n)";

        string[] result = Regex.Split(incomingString, pattern);

        for (int i = 0; i < result.Length; i++) {

            Console.WriteLine(result[i]);

        }

    }

    */

    static void splitString(string incomingString) //Puts each delimiter  it on different line

    {   

        receiveBuffer.Append(incomingString);

        ParseBuffer();

    }

    static void ParseBuffer() //Puts each delimiter  it on different line

    {

        string delimiter = "\r\n";

            string response = null;

            /*

            string pattern = "(\r\n)";

            string[] result = Regex.Split(receiveBuffer.ToString(), pattern);

            for (int i = 0; i < result.Length; i++)

            {

                DebugMessage(String.Format(result[i]));

                ProcessIncomingData(result[i]);

            }

             * */

​

            while (receiveBuffer.ToString().Contains(delimiter))

            {

                int val = receiveBuffer.ToString().IndexOf(delimiter);

                if (receiveBuffer.ToString().Length > val + delimiter.Length) response = receiveBuffer.ToString().Remove(val + delimiter.Length);

                else response = receiveBuffer.ToString();

​

                Console.WriteLine("response = {0}", response);

                CompareString(response);

                receiveBuffer.Remove(0, val + delimiter.Length);

                //Console.WriteLine("receiveBuffer = {0}", receiveBuffer);

            }

            InputFeedback();

    }   

    /*

    static void ParseBuffer() //Puts each delimiter  it on different line

    {

        string matchWord1 = "true";

        string matchWord2 = "false";

        string fragment = null;

        int val = 0;

        while(receiveBuffer.ToString().Contains(matchWord1) || receiveBuffer.ToString().Contains(matchWord2))

        {   

            int value1 = receiveBuffer.ToString().IndexOf(matchWord1);

            int value2 = receiveBuffer.ToString().IndexOf(matchWord2);

            Console.WriteLine("value1 = {0}", value1);

            Console.WriteLine("value2 = {0}", value2);

            if (value1 > 0 && value2 > 0) //If true and false are found

            {

                val = Math.Min(value1, value2);

                Console.WriteLine("val = {0}", val);    

                if(val == value1) 

                {

                    if(receiveBuffer.ToString().Length > val + matchWord1.Length) fragment = receiveBuffer.ToString().Remove(val + matchWord1.Length);

                    else fragment = receiveBuffer.ToString();   

                    receiveBuffer.Remove(0, val + matchWord1.Length);

                }

                else if (val == value2) 

                {

                    if(receiveBuffer.ToString().Length > val + matchWord2.Length) fragment = receiveBuffer.ToString().Remove(val + matchWord2.Length);

                    else fragment = receiveBuffer.ToString();   

                    receiveBuffer.Remove(0, val + matchWord2.Length);

                }

​

            }

            else if (value1 > 0 && value2 < 0) //If true is found but not false

            {

                val = value1;

                Console.WriteLine("val = {0}", val);    

                if(receiveBuffer.ToString().Length > val + matchWord1.Length) fragment = receiveBuffer.ToString().Remove(val + matchWord1.Length);

                else fragment = receiveBuffer.ToString();   

                receiveBuffer.Remove(0, val + matchWord1.Length);

            }

            else if (value2 > 0 && value1 < 0) //If false is found but not true

            {

                val = value2;

                Console.WriteLine("val = {0}", val);    

                Console.WriteLine("val + matchWord2.Length = {0}", val + matchWord2.Length);

                Console.WriteLine("receiveBuffer.ToString().Length = {0}",receiveBuffer.ToString().Length);

​

                if(receiveBuffer.ToString().Length > val + matchWord2.Length) fragment = receiveBuffer.ToString().Remove(val + matchWord2.Length);      

                else fragment = receiveBuffer.ToString();   

                receiveBuffer.Remove(0, val + matchWord2.Length);

            }

            Console.WriteLine("fragment = {0}", fragment);

            Console.WriteLine("receiveBuffer = {0}", receiveBuffer);

        }

    }

    */

    /*

    static void ParseBuffer() //Puts each delimiter  it on different line

    {

        string matchWord1 = "true";

        string matchWord2 = "false";

        string fragment = null;

        int val = 0;

        while(receiveBuffer.ToString().Contains(matchWord1) || receiveBuffer.ToString().Contains(matchWord2))

        {   

            int value1 = receiveBuffer.ToString().IndexOf(matchWord1);

            int value2 = receiveBuffer.ToString().IndexOf(matchWord2);

            Console.WriteLine("value1 = {0}", value1);

            Console.WriteLine("value2 = {0}", value2);

​

                if (value1 != -1 && value2 != -1) 

                {

                    val = Math.Min(value1, value2);

                    Console.WriteLine("val = {0}", val);

​

                    if(val == value1) 

                    {

                        fragment = receiveBuffer.ToString().Remove(val + matchWord1.Length);

                        receiveBuffer.Remove(0, val + matchWord1.Length);

                    }

                    else if (val == value2) 

                    {

                        fragment = receiveBuffer.ToString().Remove(val + matchWord2.Length);

                        receiveBuffer.Remove(0, val + matchWord2.Length);

                    }

​

                    Console.WriteLine("fragment = {0}", fragment);

                    Console.WriteLine("receiveBuffer = {0}", receiveBuffer);

                }

        }

    }*/

    /*

    static void splitString(string incomingString) //Puts each delimiter  it on different line

    {

        receiveBuffer += incomingString;

        string matchWord1 = "true";

        string matchWord2 = "false";

        string fragment = null;

        int value1 = incomingString.IndexOf(matchWord1);

        int value2 = incomingString.IndexOf(matchWord2);

​

        Console.WriteLine("value1 = {0}", value1);

        Console.WriteLine("value2 = {0}", value2);

        int val = Math.Min(value1, value2);

        Console.WriteLine("val = {0}", val);

        if(val == value1) fragment = incomingString.Remove(val + matchWord1.Length);

        else if (val == value2) fragment = incomingString.Remove(val + matchWord2.Length);

        Console.WriteLine("fragment = {0}", fragment);

        Console.WriteLine("incomingString = {0}", incomingString);

​

    }   

    */

    /*

    static void ParseBuffer() //Parse Values

    {

            int value1 = receiveBuffer.ToString().IndexOf("true");

            int value2 = receiveBuffer.ToString().IndexOf("false");

​

            Console.WriteLine("value1 = {0}", value1);

            Console.WriteLine("value2 = {0}", value2);

            int val = Math.Min(value1, value2);

            Console.WriteLine("val = {0}", val);

            //string line = receiveBuffer.Remove(val);

​

            //Console.WriteLine(line);

​

    }   

    */

}