public static void Main(string[] args)
{
Request r = new Request();
string path = "/Users/noufalrasheed/Desktop/Data.csv";
int[] InputRequestOutput = new int[4];
InputRequestOutput = Request.InputRequest();
int[] readRecordOutput = new int[4];
readRecordOutput = Request.readRecord(InputRequestOutput[0].ToString(), path, InputRequestOutput[1], InputRequestOutput[2], InputRequestOutput[3]);
Console.WriteLine("\n\n result");
string ZipAddress = readRecordOutput[0].ToString();
int Acounter = readRecordOutput[1];
int Fcounter = readRecordOutput[2];
int Pcounter = readRecordOutput[3];
// build the graph only when help is needed from nearest zipCodes
if (Acounter != 0 || Fcounter != 0 || Pcounter != 0)
{
Graph g = new Graph();
// read the Nodes(Vertices) from the file and add them to the graph
using (StreamReader sr = new StreamReader("/Users/noufalrasheed/Desktop/Node.csv"))
{
string line = sr.ReadLine();
while (line != null)
{
string[] strCols = line.Split(',');
line = sr.ReadLine();
g.AddVertex(strCols[0]);
}
}
// read the Edges from the file and add them to the graph
using (StreamReader sr = new StreamReader("/Users/noufalrasheed/Desktop/Edge.csv"))
{
string line = sr.ReadLine();
//incase if you want to ignore the header
while (line != null)
{
string[] strCols = line.Split(',');
line = sr.ReadLine();
string cost = strCols[2].Trim();
int cost1 = Int32.Parse(cost);
g.AddEdge(strCols[0], strCols[1], cost1, true);
//(src,dst,cost,bi-direction)
}
}
// create object for Dijkstra Class
var dijkstra = new Dijkstra();
// method to apply Dijkstra Algorithm which takes (graph,src) as arguments.
var x = dijkstra.ApplyDijkstra(g, ZipAddress);
// order the output in ascending order based on the smallest cost from src
var dict = x.OrderBy(i => i.Value).ToDictionary(i => i.Key, i => i.Value.ToString());
//printing the results
foreach (var a in dict)
{
Console.WriteLine("ZipCode: {0}\t Cost: {1}", a.Key, a.Value);
}
ZipCode temp;
//create object from InfoRepository class
var InfoRep = new InfoRepository();
// read each zipCode information(how many vehicle for each type) and store them under zipCode name
using (StreamReader sr = new StreamReader("/Users/noufalrasheed/Desktop/Data.csv"))
{
string line = sr.ReadLine();
while (line != null)
{
string[] strCols = line.Split(',');
line = sr.ReadLine();
temp = new ZipCode(strCols[0]);
temp.Infos.Add(new VehiclesInfo("Ambulance", Convert.ToInt32(strCols[1])));
temp.Infos.Add(new VehiclesInfo("FireTruck", Convert.ToInt32(strCols[2])));
temp.Infos.Add(new VehiclesInfo("PoliceCar", Convert.ToInt32(strCols[3])));
InfoRep.Add(temp);
}
}
// convert the dictionary to 2D-array
string[,] stringArray2d = new string[2, dict.Count];
int ii = 0;
foreach (KeyValuePair <string, string> item in dict)
{
stringArray2d[0, ii] = item.Key;
stringArray2d[1, ii] = item.Value;
ii++;
}
// variable used to store the txt results
string txt1;
// help class used to process insufficient vehicles
Help h = new Help();
StreamWriter sw = File.AppendText("/Users/noufalrasheed/Desktop/Request1.txt");
// call getHelp for each type in case the return value was greater than 0
if (Acounter != 0)
{
sw.WriteLine("Getting help from nearest ZipCodes\n");
txt1 = Help.getHelp(Acounter, stringArray2d, "Ambulance", InfoRep);
sw.WriteLine(txt1);
}
txt1 = "";
if (Fcounter > 0)
{
sw.WriteLine("Getting help from nearest ZipCodes\n");
txt1 = Help.getHelp(Fcounter, stringArray2d, "FireTruck", InfoRep);
sw.WriteLine(txt1);
}
txt1 = "";
if (Pcounter != 0)
{
sw.WriteLine("Getting help from nearest ZipCodes\n");
txt1 = Help.getHelp(Pcounter, stringArray2d, "PoliceCar", InfoRep);
sw.WriteLine(txt1);
}
sw.WriteLine("\n\nThank you for using our system!");
sw.Close();
}
}
public static string getHelp(int theCounter, string[,] stringArray2d, string type, InfoRepository InfoRep)
{
string txt = "";
int c = 1;
bool flag = true;
Random rr = new Random();
//int Fcounter = 20; // send by user to ask for help from the nearest zipCodes and it is the main counter to specify how many zipcode needed
//theCounter = 3;
int tempCounter = 0; // counter used to calculate how many vehicle has been used from adjecent zipcodes
int constant = theCounter; // constant needed to manage the loop
int Pcounter1 = theCounter;
int temp2 = 0; // counter to hold how many vehicle to use from the last zipcode in case if last zipcode has more vehicles than needed
while (flag && theCounter > 0)
{
string zip_code = stringArray2d[0, c];
string cost = stringArray2d[1, c];
var tempF = InfoRep.getQuantity(zip_code, type);
Console.WriteLine(zip_code + " has total:" + tempF + type);
txt += (zip_code + " has total:" + tempF + type + "\n");
theCounter = theCounter - tempF;
tempCounter = tempCounter + tempF;
if (Pcounter1 < tempF)
{
while (Pcounter1 > 0)
{
txt += (type + "#" + Pcounter1 + "\t Your VehicalID is: " + zip_code + "." + rr.Next(1, 100) + "\n");
Console.WriteLine(type + "#" + Pcounter1 + "\t Your VehicalID is: " + zip_code + "." + rr.Next(1, 100) + "\n");
//Console.WriteLine(Pcounter1);
Pcounter1--;
}
}
//Console.WriteLine("temp cnt" + tempCounter);
if (tempCounter > constant)
{
temp2 = tempCounter - tempF;
int temp3 = tempCounter - constant;
int temp4 = temp2 - temp3 - 1;
while (temp4 >= 1 && Pcounter1 > 0)
{
txt += (type + "#" + Pcounter1 + " \t Your VehicalID is: " + zip_code + "." + rr.Next(1, 100) + "\n");
Console.WriteLine(type + "#" + Pcounter1 + " \t Your VehicalID is: " + zip_code + "." + rr.Next(1, 100) + "\n");
//Console.WriteLine(Pcounter1);//output
Pcounter1--;
temp4--;
}
}
while (tempCounter <= constant && tempF > 0)
{
txt += (type + "#" + Pcounter1 + " \t Your VehicalID is: " + zip_code + "." + rr.Next(1, 100) + "\n");
Console.WriteLine(type + "#" + Pcounter1 + " \t Your VehicalID is: " + zip_code + "." + rr.Next(1, 100) + "\n");
//Console.WriteLine(Pcounter1);//output
Pcounter1--;
tempF--;
}
if (theCounter > 0)
{
c++;
}
if (theCounter == 0)
{
//sw.Close();
flag = false;
}
}
return(txt);
}