test2, C# - rextester

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//Rextester.Program.Main is the entry point for your code. Don't change it.
//Compiler version 4.0.30319.17929 for Microsoft (R) .NET Framework 4.5

using System;
using System.Collections.Generic;
using System.Linq;
using System.Text.RegularExpressions;

namespace Rextester
{
     public enum GENERATE_RESULT_MODE
     {
         // This should cross reference to System.Config file for the network device 
         // the order of the arrange is important and must follow the order in the network device 
         //  in the system config file 
         // It is important also the Name property in System Config matches the NetworkDev enum name
         Random = 0,
         OnlyPass,
         OnlyFail,
     }
    
     
    
    class Car
    {
      public string model;  // Create a field

// Create a class constructor for the Car class
      public Car()
      {
         model = "Mustang"; // Set the initial value for model
      }
        
      public string RandomPF(GENERATE_RESULT_MODE Mode)
      {
            // Based on the mode , generate the strig as pass fail ; only pass or only fail
            var resultCharList =  (Mode == GENERATE_RESULT_MODE.Random)?    "PF" : 
                                  (Mode == GENERATE_RESULT_MODE.OnlyPass)?  "P" : "F";
            var resultStringChars = new char[1];
            var random1 = new Random();

for (int i = 0; i < resultStringChars.Length; i++)
            {
                resultStringChars[i] = resultCharList[random1.Next(resultCharList.Length)];
            }
            string result = new string(resultStringChars);
            return result;
      }
        
      public string GenTopVisionResult(int row, int col, int mode, int lowerBound)
      {
          int m_TotalUnits = row * col;
          string msg;
          string OverallG1, ImageNameG1;
          string OverallG2, ImageNameG2;
          
          List<string> UnitDateG1 = new List<string>();
          List<string> UnitDateG2 = new List<string>();
          List<string> CodeDataG1 = new List<string>();

string[] UnitDataG1 = new string[m_TotalUnits]();
          if (mode == 0)          
          {
              if (lowerBound == 0)
              { // Only PASS 
                OverallG1 = OverallG2 = RandomPF(GENERATE_RESULT_MODE.OnlyPass);
                ImageNameG1 = "SimResult_FixPass1";
                ImageNameG2 = "SimResult_FixPass2";
                for (int i=1; i < m_TotalUnits; i++)
                {
                    string defectCode = "TC"+i.ToString();
                    UnitDateG1.Add(string.Format("{0},{1};",RandomPF(GENERATE_RESULT_MODE.OnlyPass), defectCode));
                    UnitDateG2.Add(string.Format("{0},{1};",RandomPF(GENERATE_RESULT_MODE.OnlyPass), defectCode));
                    CodeDataG1.Add("Code"+i+";");
                }
                  // Replace the last ";" to ":"
                  CodeDataG1.Last().Replace(";",":");
               }
               else
               {// Only Fail
                  OverallG1 = OverallG2 = RandomPF(GENERATE_RESULT_MODE.OnlyPass);
                  ImageNameG1 = "SimResult_FixFail1";
                  ImageNameG2 = "SimResult_FixFail2";
                   for (int i=1; i < m_TotalUnits; i++)
                   {
                    string defectCode = "TC"+i.ToString();
                    UnitDateG1.Add(string.Format("{0},{1};",RandomPF(GENERATE_RESULT_MODE.OnlyFail), defectCode));
                    UnitDateG2.Add(string.Format("{0},{1};",RandomPF(GENERATE_RESULT_MODE.OnlyFail), defectCode));
                    CodeDataG1.Add("Code"+i+";");
                   }
                  // Replace the last ";" to ":"
                  CodeDataG1.Last().Replace(";",":");
               }
           }
           else
           {
               // Only PASS 
               OverallG1 = RandomPF(GENERATE_RESULT_MODE.Random);
               OverallG2 = RandomPF(GENERATE_RESULT_MODE.Random);
               ImageNameG1 = "SimResult_FixFail1";
               ImageNameG2 = "SimResult_FixFail2";
                for (int i=1; i < m_TotalUnits; i++)
                   {
                    string defectCode = "TC"+i.ToString();
                    UnitDateG1.Add(string.Format("{0},{1};",RandomPF(GENERATE_RESULT_MODE.Random), defectCode));
                    UnitDateG2.Add(string.Format("{0},{1};",RandomPF(GENERATE_RESULT_MODE.Random), defectCode));
                    CodeDataG1.Add("Code"+i+";");
                   }
                  // Replace the last ";" to ":"
                  CodeDataG1.Last().Replace(";",":");
           }
           // TOP VISION: [2 GRAB - MULTIPLE CAVITY]    OR  CAN BE [1 GRAB - ONE CAVITY]
           // OVERALL P/FG1 ; P/F1 , TC1 ; P/F2 , TC2; P/F3 , TC3; P/F4 , TC4; P/F5 , TC5 ; P/F6 , TC6 ; CODE1 ; CODE2 ; CODE3; CODE4; CODE5; CODE6:            {No Spacing & new line}
           // OVERALL P/FG2 ; P/F1 , TC1 ; P/F2 , TC2; P/F3 , TC3; P/F4 , TC4; P/F5 , TC5; P/F6 , TC6:                                                          {No Spacing & new line }
           // IMAGE_NAME_G1; IMAGE_NAME_G2 \r                                                                                                                   {No Spacing with new line }
                                
          string result = string.Format("{0};{1}{2}:{3};{4}:{5};{6}\r",OverallG1, UnitDateG1, CodeDataG1, OverallG2, UnitDateG2, ImageNameG1, ImageNameG2);
          return result;

}
     
    }
    
    public class Program
    {
        public static void Main(string[] args)
        {
             Car Ford = new Car();  // Create an object of the Car Class (this will call the constructor)
             Console.WriteLine(Ford.RandomPF(GENERATE_RESULT_MODE.Random));  // Print the value of model
            //Your code goes here
            //Console.WriteLine("Hello, world!");
        }
    }
}

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