public static bool Load(IConfigurable target, string iniFile)
{
Debug.WriteLine("Loading configuration file " + iniFile);
// Reset to default
target.ResetParameters();
try
{
// Load custom settings from INI file
using (var ini = new IniReader(iniFile, true))
{
ini.AddHandler((x) =>
{
if (target.AcceptsConfigs.Any(y => y == x.Group))
{
target.ApplyParameter(x);
}
});
ini.Parse();
}
return(true);
}
catch
{
Debug.WriteLine("Failed to load configuration from " + iniFile);
}
return(false);
// DONE :)
}
public void TestRFM()
{
var readCalls = 0;
var data = new Dictionary <string, List <string> >();
var reader = new IniReader(TestConstants.TestFolder + "F1CTDP05.rfm");
reader.AddHandler(x =>
{
string group = x.NestedGroupName + "." + x.Key;
// Do some ReadAs() tests.
if (x.Key == "VehiclesDir")
{
Assert.AreEqual(@"GAMEDATA\VEHICLES\CTDP\", x.ReadAsString());
}
if (x.Key == "PitGroup" && data.ContainsKey(group) == false) // do only on first entriy
{
Assert.AreEqual(new string[2] {
"2", "Group1"
}, x.ReadAsStringArray());
}
if (data.ContainsKey(group))
{
data[group].Add(x.RawValue);
}
else
{
data.Add(group, new List <string>(new[] { x.RawValue }));
}
readCalls++;
Debug.WriteLine(group + "=" + x.RawValue);
});
reader.Parse();
Assert.AreEqual(144, readCalls);
Assert.True(data.ContainsKey("Main.SceneOrder."));
Assert.AreEqual(12, data["Main.SceneOrder."].Count);
Assert.True(data.ContainsKey("Main.Season = CTDP F1 2005.SceneOrder."));
Assert.AreEqual(14, data["Main.Season = CTDP F1 2005.SceneOrder."].Count);
Assert.True(data.ContainsKey("Main.PitGroupOrder.PitGroup"));
Assert.AreEqual(17, data["Main.PitGroupOrder.PitGroup"].Count);
Assert.AreEqual("CTDP F1 2005", data["Main.Mod Name"][0]);
Assert.AreEqual("*", data["Main.Track Filter"][0]);
Assert.AreEqual("39001", data["Main.Matchmaker TCP Port"][0]);
}
public void TestTupleReadout()
{
var reader = new IniReader(TestConstants.TestFolder + "MP420_engine.ini");
reader.AddHandler(x =>
{
if (x.Key == "IdleRPMLogic")
{
Assert.AreEqual(3900.0f, x.ReadAsFloat(0));
Assert.AreEqual(4100.0f, x.ReadAsFloat(1));
}
if (x.Key == "LaunchEfficiency")
{
Assert.AreEqual(0.92f, x.ReadAsFloat());
x.ReadAsFloat(0);
// shouldn't reach this
Assert.Fail("Exception failed");
}
});
reader.Parse();
}
public void TestEngine()
{
var rpmTorques = 0;
var reader = new IniReader(TestConstants.TestFolder + "MP420_engine.ini");
reader.AddHandler(x =>
{
Debug.WriteLine(x.NestedGroupName + "." + x.Key + "=" + x.RawValue);
if (x.Key == "RPMTorque")
{
rpmTorques++;
switch (rpmTorques)
{
case 1:
Assert.AreEqual(0.0f, x.ReadAsFloat(0));
Assert.AreEqual(-37.0f, x.ReadAsFloat(1));
Assert.AreEqual(-37.0f, x.ReadAsFloat(2));
break;
case 33:
Assert.AreEqual(16000.0f, x.ReadAsFloat(0));
Assert.AreEqual(-163.7f, x.ReadAsFloat(1));
Assert.AreEqual(353.5f, x.ReadAsFloat(2));
break;
case 34:
Assert.AreEqual(16500.0, x.ReadAsDouble(0));
Assert.AreEqual(-169.9, x.ReadAsDouble(1));
Assert.AreEqual(350.8, x.ReadAsDouble(2));
break;
case 35:
Assert.AreEqual(17000, x.ReadAsDouble(0));
Assert.AreEqual(17000, x.ReadAsInteger(0));
Assert.AreEqual(-176.3, x.ReadAsDouble(1));
Assert.AreEqual(348.4, x.ReadAsDouble(2));
break;
case 47:
Assert.AreEqual(23000.0f, x.ReadAsFloat(0));
Assert.AreEqual(-401.9f, x.ReadAsFloat(1));
Assert.AreEqual(-294.3f, x.ReadAsFloat(2));
break;
default:
// Don't care about the others...
break;
}
}
if (x.Key == "FuelConsumption")
{
float v = 2.755f / 100000.0f;
Assert.AreEqual(v, x.ReadAsFloat());
}
if (x.Key == "SpeedLimiter")
{
Assert.AreEqual(1, x.ReadAsInteger());
}
if (x.Key == "OnboardStarter")
{
Assert.AreEqual(0, x.ReadAsInteger());
}
});
reader.Parse();
Assert.AreEqual(47, rpmTorques);
}
public Car Get(string id)
{
string vehFile = path + id;
// Helpers for other car parts.
var hdvFile = "";
var engFile = "";
var engineName = "";
var engineManufacturer = "";
string team = "", driver = "", description = "";
int number = 0;
var classes = new List <string>();
Debug.WriteLine("Car::Get(\"" + id + "\")");
// Parse Vehicle File
using (var vehIni = new IniReader(vehFile, true))
{
vehIni.AddHandler(x =>
{
if (x.Key == "Team")
{
team = x.ReadAsString();
}
if (x.Key == "Driver")
{
driver = x.ReadAsString();
}
if (x.Key == "Description")
{
description = x.ReadAsString();
}
if (x.Key == "Number")
{
number = x.ReadAsInteger();
}
if (x.Key == "Classes")
{
classes.AddRange(x.ReadAsStringArray());
}
if (x.Key == "HDVehicle")
{
hdvFile = x.ReadAsString();
}
if (x.Key == "Engine")
{
engineName = x.ReadAsString();
}
if (x.Key == "Manufacturer")
{
engineManufacturer = x.ReadAsString();
}
});
vehIni.Parse();
}
// Create car object
var carObj = new Car(id, team, driver, description, number);
carObj.Assign(classes);
hdvFile = SearchHDV(hdvFile);
if (hdvFile == string.Empty)
{
throw new Exception("could not build this car, hdv file not found");
}
// Create other objects.
using (var hdvIni = new IniReader(hdvFile, true))
{
hdvIni.AddHandler(x =>
{
if (x.Key == "Normal" && x.Group == "ENGINE")
{
engFile = x.ReadAsString();
}
});
hdvIni.Parse();
}
engFile = SearchIni(engFile);
if (engFile == string.Empty)
{
throw new Exception("could not build this car, engine file not found");
}
carObj.Assign(BuildEngine(engFile, engineName, engineManufacturer));
return(carObj);
}
private Engine BuildEngine(string file, string name, string manufacturer)
{
var idleRpm = new Range(0, 0);
var maximumRpm = new Range(0, 0);
var engineMode = new List <EngineMode>();
var engineTorque = new List <EngineTorque>();
// temporary helpers
var lifetimeTime = new NormalDistrbution(0, 0);
var lifetimeRpm = new NormalDistrbution(0, 0);
var lifetimeOil = new NormalDistrbution(0, 0);
var lifetimeLength = 0.0f;
var engineBoostModes = 0.0f;
var engineBoostScale = new Range(0, 0);
var engineBoostRpm = 0.0f;
var engineBoostFuel = 0.0f;
var engineBoostWear = 0.0f;
var engineBoostTorque = 0.0f;
var engineBoostPower = 0.0f;
using (var engFile = new IniReader(file, true))
{
engFile.AddHandler(x =>
{
if (x.Key == "RPMTorque")
{
engineTorque.Add(new EngineTorque(x.ReadAsFloat(0), x.ReadAsFloat(1), x.ReadAsFloat(2)));
}
if (x.Key == "IdleRPMLogic")
{
idleRpm = new Range(x.ReadAsFloat(0), x.ReadAsFloat(1));
}
if (x.Key == "RevLimitRange")
{
var minRpm = x.ReadAsFloat(0);
var slopeRpm = x.ReadAsFloat(1);
var rpmSlopeSettings = x.ReadAsInteger(2);
var maxRpm = minRpm + slopeRpm * rpmSlopeSettings;
maximumRpm = new Range(minRpm, maxRpm, 0, slopeRpm);
}
if (x.Key == "EngineBoostRange")
{
engineBoostModes = x.ReadAsInteger(2);
engineBoostScale = new Range(x.ReadAsFloat(0), x.ReadAsFloat(1));
}
if (x.Key == "BoostEffects")
{
engineBoostRpm = x.ReadAsFloat(0);
engineBoostFuel = x.ReadAsFloat(1);
engineBoostWear = x.ReadAsFloat(2);
}
if (x.Key == "BoostTorque")
{
engineBoostTorque = x.ReadAsFloat();
}
if (x.Key == "BoostPower")
{
engineBoostPower = x.ReadAsFloat();
}
if (x.Key == "LifetimeEngineRPM")
{
lifetimeRpm = new NormalDistrbution(x.ReadAsFloat(0), x.ReadAsFloat(1));
}
if (x.Key == "LifetimeOilTemp")
{
lifetimeOil = new NormalDistrbution(x.ReadAsFloat(0), x.ReadAsFloat(1));
}
if (x.Key == "LifetimeAvg")
{
lifetimeLength = x.ReadAsFloat();
}
if (x.Key == "LifetimeVar")
{
lifetimeTime = new NormalDistrbution(lifetimeLength, x.ReadAsFloat());
}
});
engFile.Parse();
}
// Combine read values:
if (engineBoostModes > 0)
{
for (var mode = 0; mode < engineBoostModes; mode++)
{
var factor = engineBoostScale.Minimum + mode * engineBoostScale.Span / engineBoostModes;
var rpmPlus = factor * engineBoostRpm;
var fuelPlus = factor * engineBoostScale.Maximum / engineBoostModes * engineBoostFuel;
var wearPlus = factor * engineBoostWear;
var powerPlus = factor * engineBoostPower;
var torquePlus = factor * engineBoostTorque;
engineMode.Add(new EngineMode(powerPlus, torquePlus, rpmPlus, fuelPlus, wearPlus));
}
}
var lifetime = new EngineLifetime(lifetimeTime, lifetimeRpm, lifetimeOil);
return(new Engine(name, manufacturer, 0, 0, idleRpm, maximumRpm, engineMode, engineTorque, lifetime));
}
