public returnMessage(string iTaskName, List <FatumLocation> iGeneratedLocations, string iMessage = "", Coords iSearchOrigin = new Coords(), int iSearchRadius = -1)
{
message = iMessage;
searchOrigin = iSearchOrigin;
searchRadius = iSearchRadius;
generatedLocations = iGeneratedLocations;
taskName = iTaskName;
success = true;
processTime = 0;
}
static public returnMessage http_DoWorkTask(string taskName, int userId, int startTime, Coords searchOrigin, int searchRadius)
{
Console.WriteLine("Doing Task: " + taskName);
List <FatumLocation> generatedLocations = new List <FatumLocation>();
returnMessage returnMsg = new returnMessage(taskName, generatedLocations);
if (banned.ContainsKey(userId))
{
returnMsg.message = "Error";
return(returnMsg);
}
// validate inputs - this is done before any transfers to user session as session data .should. already have valid values
bool validInput = true;
if (searchOrigin.lat < -90 || searchOrigin.lat > 90)
{
validInput = false;
returnMsg.message = "Latitude must be greater than -90 and less than 90.";
}
if (searchOrigin.lng < -180 || searchOrigin.lng > 180)
{
validInput = false;
returnMsg.message = "Longitude must be greater than -180 and less than 180.";
}
if (searchRadius < 1000 && searchRadius != -1) //-1 will update from user session
{
validInput = false;
returnMsg.message = "Minimum radius is 1000 m.";
}
if (searchRadius > 1000000)
{
validInput = false;
returnMsg.message = "Maximum search radius is 1000000 m";
}
if (!validInput)
{
returnMsg.success = false;
return(returnMsg);
}
// Create a user session if one doesnt exist
if (usessions.ContainsKey(userId) == false)
{
int u = usessions.Count;
usessions.Add(userId, u);
SetDefault(u);
}
// Set up user session from api input or vice versa
double appi = upresets[(int)usessions[userId], 4];
if (searchOrigin.Equals(default(Coords)))
{
searchOrigin = new Coords(upresets[(int)usessions[userId], 1], upresets[(int)usessions[userId], 2]);
}
else
{
upresets[(int)usessions[userId], 1] = searchOrigin.lat;
upresets[(int)usessions[userId], 2] = searchOrigin.lng;
}
if (searchRadius <= 0)
{
searchRadius = (int)upresets[(int)usessions[userId], 0];
}
else
{
upresets[(int)usessions[userId], 0] = searchRadius;
}
upresets[(int)usessions[userId], 4] = (searchRadius * appikm) / 1000;
if (upresets[(int)usessions[userId], 4] < minappi)
{
upresets[(int)usessions[userId], 4] = minappi;
}
upresets[(int)usessions[userId], 3] = 0;
// After validation and population from user session, set up output
returnMsg.searchOrigin = searchOrigin;
returnMsg.searchRadius = searchRadius;
// Then perform requested task
double[] incoords = new double[10];
if ((taskName == "getpseudo"))
{
try {
incoords = GetPseudoRandom(searchOrigin.lat, searchOrigin.lng, searchRadius);
int distance = GetDistance(searchOrigin.lat, searchOrigin.lng, incoords[0], incoords[1]);
generatedLocations.Add(new FatumLocation(incoords[0], incoords[1], FatumLocationType.PsuedoRandom, distance));
returnMsg.message = "Psuedorandom point generated";
} catch (Exception e) { Console.WriteLine("getpseudo Command processing error" + Environment.NewLine + e.Message.ToString()); }
}
else if (taskName == "getquantum")
{
try {
incoords = GetQuantumRandom(searchOrigin.lat, searchOrigin.lng, searchRadius);
int distance = GetDistance(searchOrigin.lat, searchOrigin.lng, incoords[0], incoords[1]);
generatedLocations.Add(new FatumLocation(incoords[0], incoords[1], FatumLocationType.QuantumRandom, distance));
returnMsg.message = "QuantumRandom point generated";
} catch (Exception e) { Console.WriteLine("getquantum command processing error " + Environment.NewLine + e.Message.ToString()); }
}
else if (taskName == "getattractor")
{
try {
string mesg;
incoords = GetQuantumAttractor(searchOrigin.lat, searchOrigin.lng, searchRadius, appi);
if (incoords[2] < 1.3)
{
mesg = "Attractor is invalid! power: " + incoords[2].ToString("#0.00", Globals.invariant);
}
else if (incoords[2] >= 2)
{
mesg = "Attractor generated. power: " + incoords[2].ToString("#0.00", Globals.invariant);
}
else
{
mesg = "Attractor generated. power: " + incoords[2].ToString("#0.00", Globals.invariant) + " (Weak)";
}
if (String.IsNullOrEmpty(mesg))
{
returnMsg.success = false;
returnMsg.message = "Error generating Quantum Attractor";
}
else
{
int distance = GetDistance(searchOrigin.lat, searchOrigin.lng, incoords[0], incoords[1]);
generatedLocations.Add(new FatumLocation(incoords[0], incoords[1], FatumLocationType.Attractor, distance, incoords[2]));
returnMsg.message += mesg;
}
} catch (Exception e) { Console.WriteLine("getattractor command processing error" + Environment.NewLine + e.Message.ToString()); }
}
else if (taskName == "getrepeller" || taskName == "getvoid")
{
try {
string mesg;
incoords = GetQuantumRepeller(searchOrigin.lat, searchOrigin.lng, searchRadius, appi);
if (incoords[2] >= 0.9)
{
mesg = "Void Attractor is invalid! power: "
+ (1 / incoords[2]).ToString("#0.00", Globals.invariant)
+ " radius: " + incoords[3].ToString("#0.00", Globals.invariant) + " meters";
}
else if (incoords[2] < 0.6)
{
mesg = "Void Attractor generated. power: "
+ (1 / incoords[2]).ToString("#0.00", Globals.invariant)
+ " radius: " + incoords[3].ToString("#0.00", Globals.invariant) + " meters";
}
else
{
mesg = "Void Attractor generated. power: "
+ (1 / incoords[2]).ToString("#0.00", Globals.invariant) + " (Weak) "
+ " radius: " + incoords[3].ToString("#0.00", Globals.invariant) + " meters";
}
if (String.IsNullOrEmpty(mesg))
{
returnMsg.success = false;
returnMsg.message = "Error generating Quantum Repeller";
}
else
{
int distance = GetDistance(searchOrigin.lat, searchOrigin.lng, incoords[0], incoords[1]);
generatedLocations.Add(new FatumLocation(incoords[0], incoords[1], FatumLocationType.Repeller, distance, (1 / incoords[2]), incoords[3]));
returnMsg.message += mesg;
}
} catch (Exception e) { Console.WriteLine("getvoid command processing error" + Environment.NewLine + e.Message.ToString()); }
}
else if (taskName == "getpair")
{
try {
Console.WriteLine("GetQuantumPair BEGIN");
incoords = GetQuantumPair(searchOrigin.lat, searchOrigin.lng, searchRadius, appi);
Console.WriteLine("GetQuantumPair COMPLETE");
string mesg1;
if (incoords[4] < 1.3)
{
mesg1 = "Attractor is invalid! power: " + incoords[4].ToString("#0.00", Globals.invariant);
}
else if (incoords[4] >= 2)
{
mesg1 = "Attractor generated. power: " + incoords[4].ToString("#0.00", Globals.invariant);
}
else
{
mesg1 = "Attractor generated. power: " + incoords[4].ToString("#0.00", Globals.invariant) + " (Weak)";
}
if (String.IsNullOrEmpty(mesg1))
{
returnMsg.success = false;
returnMsg.message = "Error generating Quantum Attractor for Pair";
}
else
{
int distance = GetDistance(searchOrigin.lat, searchOrigin.lng, incoords[0], incoords[1]);
generatedLocations.Add(new FatumLocation(incoords[0], incoords[1], FatumLocationType.Attractor, distance, incoords[4]));
returnMsg.message += mesg1;
}
string mesg2;
if (incoords[5] >= 0.9)
{
mesg2 = " Void Attractor is invalid! power: "
+ (1 / incoords[5]).ToString("#0.00", Globals.invariant)
+ " radius: " + incoords[6].ToString("#0.00", Globals.invariant) + " meters";
}
else if (incoords[5] < 0.6)
{
mesg2 = " Void Attractor generated. power: "
+ (1 / incoords[5]).ToString("#0.00", Globals.invariant)
+ " radius: " + incoords[6].ToString("#0.00", Globals.invariant) + " meters";
}
else
{
mesg2 = " Void Attractor generated. power: " + (1 / incoords[5]).ToString("#0.00", Globals.invariant) + " (Weak) "
+ " radius: " + incoords[6].ToString("#0.00", Globals.invariant) + " meters";
}
if (String.IsNullOrEmpty(mesg2))
{
returnMsg.success = false;
returnMsg.message = "Error generating Quantum Repeller for Pair";
}
else
{
int distance = GetDistance(searchOrigin.lat, searchOrigin.lng, incoords[2], incoords[3]);
generatedLocations.Add(new FatumLocation(incoords[2], incoords[3], FatumLocationType.Repeller, distance, incoords[5], incoords[6]));
returnMsg.message += mesg2;
}
} catch (Exception e) { Console.WriteLine("getpair command processing error" + Environment.NewLine + e.Message.ToString()); }
}
else if (taskName == "setdefault")
{
try {
if (usessions.ContainsKey(userId) == false)
{
int u = usessions.Count;
usessions.Add(userId, u);
SetDefault(u);
}
else
{
SetDefault((int)usessions[userId]);
}
returnMsg.searchOrigin = searchOrigin;
returnMsg.searchRadius = searchRadius;
returnMsg.message = "Reset completed";
} catch (Exception e) { Console.WriteLine("setdefault command processing error" + Environment.NewLine + e.Message.ToString()); }
}
else if (taskName == "test" || taskName == "status")
{
returnMsg.message = "Fatum-2 is online";
}
else if (taskName == "help" || taskName == "start")
{
try {
string alltxt = System.IO.File.ReadAllText("help.txt", System.Text.Encoding.GetEncoding(1251));
returnMsg.message = alltxt;
} catch (Exception e) { Console.WriteLine("Heplfile error " + Environment.NewLine + e.Message.ToString()); }
}
else if (taskName == "setlocation")
{
// this is done at the start of the function block, just need to send a response to user here
returnMsg.message = "location has been updated from API input or saved user session, otherwise set to default values";
}
else if (taskName == "setradius")
{
// this is done at the start of the function block, just need to send a response to user here
returnMsg.message = "Radius has been updated from API input or saved user sesion, otherwise set to default values";
}
else
{
returnMsg.success = false;
returnMsg.message = "Unkown task";
}
int endTime = (int)DateTimeOffset.UtcNow.ToUnixTimeSeconds();
int elapsedTime = endTime - startTime;
returnMsg.processTime = elapsedTime;
logTask(taskName, userId, new int[] { startTime, endTime, elapsedTime }, returnMsg);
return(returnMsg);
}
