public void ExportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceHelper.SetResourceText(identityCollection, ResourceId, ResourceText);
executableConnection.WriteInteger(_valueMapping.Laps, Laps);
executableConnection.WriteInteger(_valueMapping.Design, Design);
executableConnection.WriteInteger(_valueMapping.LapRecordDriver, LapRecordDriver);
executableConnection.WriteInteger(_valueMapping.LapRecordTeam, LapRecordTeam);
executableConnection.WriteInteger(_valueMapping.LapRecordTime, LapRecordTime);
executableConnection.WriteInteger(_valueMapping.LapRecordMph, LapRecordMph);
executableConnection.WriteInteger(_valueMapping.LapRecordYear, LapRecordYear);
executableConnection.WriteInteger(_valueMapping.LastRaceDriver, LastRaceDriver);
executableConnection.WriteInteger(_valueMapping.LastRaceTeam, LastRaceTeam);
executableConnection.WriteInteger(_valueMapping.LastRaceYear, LastRaceYear);
executableConnection.WriteInteger(_valueMapping.LastRaceTime, LastRaceTime);
executableConnection.WriteInteger(_valueMapping.Hospitality, Hospitality);
executableConnection.WriteInteger(_valueMapping.Speed, Speed);
executableConnection.WriteInteger(_valueMapping.Grip, Grip);
executableConnection.WriteInteger(_valueMapping.Surface, Surface);
executableConnection.WriteInteger(_valueMapping.Tarmac, Tarmac);
executableConnection.WriteInteger(_valueMapping.Dust, Dust);
executableConnection.WriteInteger(_valueMapping.Overtaking, Overtaking);
executableConnection.WriteInteger(_valueMapping.Braking, Braking);
executableConnection.WriteInteger(_valueMapping.Rain, Rain);
executableConnection.WriteInteger(_valueMapping.Heat, Heat);
executableConnection.WriteInteger(_valueMapping.Wind, Wind);
}
private void ExportPerformanceCurve(string gameExecutablePath)
{
using (var executableConnection = new ExecutableConnection(gameExecutablePath))
{
PerformanceCurve.ExportData(executableConnection, LanguageResources);
}
}
public void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceText = ResourceHelper.GetResourceText(identityCollection, ResourceId);
Laps = executableConnection.ReadInteger(_valueMapping.Laps);
Design = executableConnection.ReadInteger(_valueMapping.Design);
LapRecordDriver = executableConnection.ReadInteger(_valueMapping.LapRecordDriver);
LapRecordTeam = executableConnection.ReadInteger(_valueMapping.LapRecordTeam);
LapRecordTime = executableConnection.ReadInteger(_valueMapping.LapRecordTime);
LapRecordMph = executableConnection.ReadInteger(_valueMapping.LapRecordMph);
LapRecordYear = executableConnection.ReadInteger(_valueMapping.LapRecordYear);
LastRaceDriver = executableConnection.ReadInteger(_valueMapping.LastRaceDriver);
LastRaceTeam = executableConnection.ReadInteger(_valueMapping.LastRaceTeam);
LastRaceYear = executableConnection.ReadInteger(_valueMapping.LastRaceYear);
LastRaceTime = executableConnection.ReadInteger(_valueMapping.LastRaceTime);
Hospitality = executableConnection.ReadInteger(_valueMapping.Hospitality);
Speed = executableConnection.ReadInteger(_valueMapping.Speed);
Grip = executableConnection.ReadInteger(_valueMapping.Grip);
Surface = executableConnection.ReadInteger(_valueMapping.Surface);
Tarmac = executableConnection.ReadInteger(_valueMapping.Tarmac);
Dust = executableConnection.ReadInteger(_valueMapping.Dust);
Overtaking = executableConnection.ReadInteger(_valueMapping.Overtaking);
Braking = executableConnection.ReadInteger(_valueMapping.Braking);
Rain = executableConnection.ReadInteger(_valueMapping.Rain);
Heat = executableConnection.ReadInteger(_valueMapping.Heat);
Wind = executableConnection.ReadInteger(_valueMapping.Wind);
}
public void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceText = ResourceHelper.GetResourceText(identityCollection, ResourceId);
Ability = executableConnection.ReadInteger(_valueMapping.Ability);
Age = executableConnection.ReadInteger(_valueMapping.Age);
Salary = executableConnection.ReadInteger(_valueMapping.Salary);
Royalty = executableConnection.ReadInteger(_valueMapping.Royalty);
}
private const int GameYear201201Offset = 0x005A1CEE - 0x00400C00; // Calendar logic (0x001A10EE)
public int GetGameYear(string gameExecutableFilePath)
{
using (var executableConnection = new ExecutableConnection(gameExecutableFilePath))
{
var result = executableConnection.ReadInteger(GameYear199801Offset);
return(result);
}
}
public void ExportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceHelper.SetResourceText(identityCollection, ResourceId, ResourceText);
executableConnection.WriteInteger(_valueMapping.Ability, Ability);
executableConnection.WriteInteger(_valueMapping.Age, Age);
executableConnection.WriteInteger(_valueMapping.Salary, Salary);
executableConnection.WriteInteger(_valueMapping.Royalty, Royalty);
}
public void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
var valueMapping = new Mapping.PerformanceCurve();
for (var i = 0; i < Values.Length; i++)
{
Values[i] = executableConnection.ReadInteger(valueMapping.Values[i]);
}
}
public void ExportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceHelper.SetResourceText(identityCollection, ResourceId, ResourceText);
executableConnection.WriteInteger(_valueMapping.Ability, Ability);
executableConnection.WriteInteger(_valueMapping.Age, Age);
executableConnection.WriteInteger(_valueMapping.Salary, Salary);
executableConnection.WriteInteger(_valueMapping.Royalty, Royalty);
executableConnection.WriteInteger(_valueMapping.Morale, Morale.ConvertToTwentyToHundredStepTwenty());
}
public void ExportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceHelper.SetResourceText(identityCollection, _valueMapping.Name.BuildResourceId(), ResourceText);
executableConnection.WriteInteger(_valueMapping.Value01, Value01);
executableConnection.WriteInteger(_valueMapping.Value02, Value02);
executableConnection.WriteInteger(_valueMapping.Value03, Value03);
executableConnection.WriteInteger(_valueMapping.Value04, Value04);
executableConnection.WriteInteger(_valueMapping.Value05, Value05);
}
public virtual void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceText = ResourceHelper.GetResourceText(identityCollection, _valueMapping.Name.BuildResourceId());
Value01 = executableConnection.ReadInteger(_valueMapping.Value01);
Value02 = executableConnection.ReadInteger(_valueMapping.Value02);
Value03 = executableConnection.ReadInteger(_valueMapping.Value03);
Value04 = executableConnection.ReadInteger(_valueMapping.Value04);
Value05 = executableConnection.ReadInteger(_valueMapping.Value05);
}
// ReSharper disable once InconsistentNaming
private void ApplyRelocatedFunctionAt4718EA()
{
const int relocationAddress = 0x004718EA;
// Open file and write
using (var executableConnection = new ExecutableConnection(_executableFilePath))
{
WriteNewBytes(executableConnection, relocationAddress, RelocatedFunctionAt4718EA.GetInstructions());
}
}
private void ApplyRelocatedFunctionAt401000(string gameExecutableFilePath)
{
const int relocationAddress = 0x00401000;
// Open file and write
using (var executableConnection = new ExecutableConnection(gameExecutableFilePath))
{
WriteNewBytes(executableConnection, relocationAddress, RelocatedFunctionAt401000.GetInstructions());
}
}
protected void ImportData <T>(string gameExecutablePath, IEnumerable <T> collection) where T : IDataConnection
{
using (var executableConnection = new ExecutableConnection(gameExecutablePath))
{
foreach (var item in collection)
{
item.ImportData(executableConnection, LanguageResources);
}
}
}
public void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceText = ResourceHelper.GetResourceText(identityCollection, ResourceId);
Fuel = executableConnection.ReadInteger(_valueMapping.Fuel);
Heat = executableConnection.ReadInteger(_valueMapping.Heat);
Power = executableConnection.ReadInteger(_valueMapping.Power);
Reliability = executableConnection.ReadInteger(_valueMapping.Reliability);
Response = executableConnection.ReadInteger(_valueMapping.Response);
Rigidity = executableConnection.ReadInteger(_valueMapping.Rigidity);
Weight = executableConnection.ReadInteger(_valueMapping.Weight);
}
public void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceText = ResourceHelper.GetResourceText(identityCollection, ResourceId);
Age = executableConnection.ReadInteger(_valueMapping.Age);
Ability = executableConnection.ReadInteger(_valueMapping.Ability);
Salary = executableConnection.ReadInteger(_valueMapping.Salary);
RaceBonus = executableConnection.ReadInteger(_valueMapping.RaceBonus);
ChampionshipBonus = executableConnection.ReadInteger(_valueMapping.ChampionshipBonus);
DriverLoyalty = executableConnection.ReadInteger(_valueMapping.DriverLoyalty);
Morale = executableConnection.ReadInteger(_valueMapping.Morale).ConvertToOneToFiveStepOne();
}
public void ExportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceHelper.SetResourceText(identityCollection, ResourceId, ResourceText);
executableConnection.WriteInteger(_valueMapping.Fuel, Fuel);
executableConnection.WriteInteger(_valueMapping.Heat, Heat);
executableConnection.WriteInteger(_valueMapping.Power, Power);
executableConnection.WriteInteger(_valueMapping.Reliability, Reliability);
executableConnection.WriteInteger(_valueMapping.Response, Response);
executableConnection.WriteInteger(_valueMapping.Rigidity, Rigidity);
executableConnection.WriteInteger(_valueMapping.Weight, Weight);
}
private void ApplyCode(IEnumerable <DataPatcherUnitTask> instructionTasks)
{
using (var executableConnection = new ExecutableConnection(_executableFilePath))
{
foreach (var instructionTask in instructionTasks)
{
var realPosition = InstructionHelper.CalculateRealPositionFromVirtualPosition(instructionTask.VirtualPosition);
Debug.WriteLine($"Executing task {instructionTask.TaskId:D2} at location {instructionTask.VirtualPosition:X8} ({realPosition:X8})");
executableConnection.WriteByteArray(realPosition, instructionTask.Instructions);
}
}
}
private static void ClearExistingBytes(ExecutableConnection executableConnection, int address, int length)
{
// Create byte array
var clearByteArray = new byte[length];
for (var i = 0; i < clearByteArray.Length; i++)
{
clearByteArray[i] = 0xCC; // Fill array with int3 opcode
}
// Write byte array
executableConnection.WriteByteArray(InstructionHelper.CalculateRealPositionFromVirtualPosition(address), clearByteArray);
}
public void Apply()
{
var firstByte = 0x0047141F;
var lastByte = 0x00478F18;
// Open file and write
using (var executableConnection = new ExecutableConnection(_executableFilePath))
{
// Create byte array of NOPs
var nopInstructions = new byte[lastByte + 1 - firstByte];
for (var i = 0; i < nopInstructions.Length; i++)
{
nopInstructions[i] = 0x90;
}
// Write byte array of NOPs
executableConnection.WriteByteArray(InstructionHelper.CalculateRealPositionFromVirtualPosition(firstByte), nopInstructions);
// Get the data-laden instructions
var teamInstructions = TeamData.GetInstructions();
var personnelInstructions = PersonnelData.GetInstructions();
var driverInstructions = DriverData.GetInstructions();
// Write instructions
var writePosition = InstructionHelper.CalculateRealPositionFromVirtualPosition(firstByte);
executableConnection.WriteByteArray(writePosition, teamInstructions);
writePosition += teamInstructions.Length;
executableConnection.WriteByteArray(writePosition, personnelInstructions);
writePosition += personnelInstructions.Length;
executableConnection.WriteByteArray(writePosition, driverInstructions);
// Apply track changes
firstByte = 0x005031C6;
lastByte = 0x00503EE5;
// Create byte array of NOPs
var nopTrackInstructions = new byte[lastByte + 1 - firstByte];
for (var i = 0; i < nopTrackInstructions.Length; i++)
{
nopTrackInstructions[i] = 0x90;
}
// Write byte array of NOPs
executableConnection.WriteByteArray(InstructionHelper.CalculateRealPositionFromVirtualPosition(firstByte), nopTrackInstructions);
// Get the data-laden instructions
var trackInstructions = TrackData.GetInstructions();
writePosition = InstructionHelper.CalculateRealPositionFromVirtualPosition(firstByte);
executableConnection.WriteByteArray(writePosition, trackInstructions);
}
}
public void ExportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceHelper.SetResourceText(identityCollection, ResourceId, ResourceText);
executableConnection.WriteInteger(_valueMapping.LastPosition, LastPosition);
executableConnection.WriteInteger(_valueMapping.LastPoints, LastPoints);
executableConnection.WriteInteger(_valueMapping.FirstGpTrack, FirstGpTrack);
executableConnection.WriteInteger(_valueMapping.FirstGpYear, FirstGpYear);
executableConnection.WriteInteger(_valueMapping.Wins, Wins);
executableConnection.WriteInteger(_valueMapping.YearlyBudget, YearlyBudget);
executableConnection.WriteInteger(_valueMapping.Unknown, Unknown);
executableConnection.WriteInteger(_valueMapping.CountryMapId, CountryMapId);
executableConnection.WriteInteger(_valueMapping.LocationPointerX, LocationPointerX);
executableConnection.WriteInteger(_valueMapping.LocationPointerY, LocationPointerY);
executableConnection.WriteInteger(_valueMapping.TyreSupplierId, TyreSupplierId);
}
private void ApplyReconstructedFunctionAt4E7A25(string gameExecutableFilePath)
{
const int firstByteAddress = 0x004E7A25;
const int lastByteAddress = 0x004EA3EF;
const int address = firstByteAddress;
const int length = lastByteAddress + 1 - firstByteAddress;
// Open file and write
using (var executableConnection = new ExecutableConnection(gameExecutableFilePath))
{
ClearExistingBytes(executableConnection, address, length);
WriteNewBytes(executableConnection, address, _reconstructedFunctionAt4E7A25.GetInstructions());
}
}
private void ApplyReconstructedFunctionAt4706D7()
{
const int firstByteAddress = 0x004706D7;
const int lastByteAddress = 0x004793DE;
const int address = firstByteAddress;
const int length = lastByteAddress + 1 - firstByteAddress;
// Open file and write
using (var executableConnection = new ExecutableConnection(_executableFilePath))
{
ClearExistingBytes(executableConnection, address, length);
WriteNewBytes(executableConnection, address, ReconstructedFunctionAt4706D7.GetInstructions());
}
}
private void ApplyReorderedModuleAt5031C6()
{
const int firstByteAddress = 0x005031C6;
const int lastByteAddress = 0x00503EE5;
const int address = firstByteAddress;
const int length = lastByteAddress + 1 - firstByteAddress;
// Open file and write
using (var executableConnection = new ExecutableConnection(_executableFilePath))
{
ClearExistingBytes(executableConnection, address, length);
WriteNewBytes(executableConnection, address, ReorderedModuleAt5031C6.GetInstructions());
}
}
public void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceText = ResourceHelper.GetResourceText(identityCollection, ResourceId);
LastPosition = executableConnection.ReadInteger(_valueMapping.LastPosition);
LastPoints = executableConnection.ReadInteger(_valueMapping.LastPoints);
FirstGpTrack = executableConnection.ReadInteger(_valueMapping.FirstGpTrack);
FirstGpYear = executableConnection.ReadInteger(_valueMapping.FirstGpYear);
Wins = executableConnection.ReadInteger(_valueMapping.Wins);
YearlyBudget = executableConnection.ReadInteger(_valueMapping.YearlyBudget);
Unknown = executableConnection.ReadInteger(_valueMapping.Unknown);
CountryMapId = executableConnection.ReadInteger(_valueMapping.CountryMapId);
LocationPointerX = executableConnection.ReadInteger(_valueMapping.LocationPointerX);
LocationPointerY = executableConnection.ReadInteger(_valueMapping.LocationPointerY);
TyreSupplierId = executableConnection.ReadInteger(_valueMapping.TyreSupplierId);
}
private bool AreInstructionTasksEqual(IEnumerable <DataPatcherUnitTask> instructionTasks)
{
using (var executableConnection = new ExecutableConnection(_executableFilePath))
{
foreach (var instructionTask in instructionTasks)
{
var realPosition = InstructionHelper.CalculateRealPositionFromVirtualPosition(instructionTask.VirtualPosition);
var currentInstructions = executableConnection.ReadByteArray(realPosition, instructionTask.Instructions.Length);
#if DEBUG
var virtualPosition = instructionTask.VirtualPosition;
Debug.WriteLine($"Evaluating task {instructionTask.TaskId:D2} at location {virtualPosition:X8} ({realPosition:X8})");
// If current instructions (file) do not equal task instructions (code)
var debugStringCollection = new StringCollection();
for (var i = 0; i < currentInstructions.Count(); i++)
{
if (currentInstructions[i].Equals(instructionTask.Instructions[i]))
{
continue;
}
var debugVirtualPosition = virtualPosition + i;
var debugRealPosition = realPosition + i;
debugStringCollection.Add($"Mismatch at location {debugVirtualPosition:X8} ({debugRealPosition:X8}) at byte index {i:X8}. Value {currentInstructions[i]:X2} vs. {instructionTask.Instructions[i]:X2} (File vs. Code).");
}
if (debugStringCollection.Count > 0)
{
Debug.WriteLine("WARNING - Instructions in code are not equal to instructions in file.");
foreach (var line in debugStringCollection)
{
Debug.WriteLine(line);
}
return(false);
}
#else
// If current instructions (file) do not equal task instructions (code)
if (!currentInstructions.SequenceEqual(instructionTask.Instructions))
{
return(false);
}
#endif
}
return(true);
}
}
public void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceText = ResourceHelper.GetResourceText(identityCollection, ResourceId);
Salary = executableConnection.ReadInteger(_valueMapping.Salary);
RaceBonus = executableConnection.ReadInteger(_valueMapping.RaceBonus);
ChampionshipBonus = executableConnection.ReadInteger(_valueMapping.ChampionshipBonus);
Age = executableConnection.ReadInteger(_valueMapping.Age);
Nationality = executableConnection.ReadInteger(_valueMapping.Nationality);
Unknown = executableConnection.ReadInteger(_valueMapping.Unknown);
CommentaryIndex = executableConnection.ReadInteger(_valueMapping.CommentaryIndex);
Speed = executableConnection.ReadInteger(_valueMapping.Speed);
Skill = executableConnection.ReadInteger(_valueMapping.Skill);
Overtaking = executableConnection.ReadInteger(_valueMapping.Overtaking);
WetWeather = executableConnection.ReadInteger(_valueMapping.WetWeather);
Concentration = executableConnection.ReadInteger(_valueMapping.Concentration);
Experience = executableConnection.ReadInteger(_valueMapping.Experience);
Stamina = executableConnection.ReadInteger(_valueMapping.Stamina);
Morale = executableConnection.ReadInteger(_valueMapping.Morale);
}
public void ExportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceHelper.SetResourceText(identityCollection, ResourceId, ResourceText);
executableConnection.WriteInteger(_valueMapping.Salary, Salary);
executableConnection.WriteInteger(_valueMapping.RaceBonus, RaceBonus);
executableConnection.WriteInteger(_valueMapping.ChampionshipBonus, ChampionshipBonus);
executableConnection.WriteInteger(_valueMapping.Age, Age);
executableConnection.WriteInteger(_valueMapping.Nationality, Nationality);
executableConnection.WriteInteger(_valueMapping.Unknown, Unknown);
executableConnection.WriteInteger(_valueMapping.CommentaryIndex, CommentaryIndex);
executableConnection.WriteInteger(_valueMapping.Speed, Speed);
executableConnection.WriteInteger(_valueMapping.Skill, Skill);
executableConnection.WriteInteger(_valueMapping.Overtaking, Overtaking);
executableConnection.WriteInteger(_valueMapping.WetWeather, WetWeather);
executableConnection.WriteInteger(_valueMapping.Concentration, Concentration);
executableConnection.WriteInteger(_valueMapping.Experience, Experience);
executableConnection.WriteInteger(_valueMapping.Stamina, Stamina);
executableConnection.WriteInteger(_valueMapping.Morale, Morale);
}
public void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceText = ResourceHelper.GetResourceText(identityCollection, ResourceId);
DryHardGrip = executableConnection.ReadInteger(_valueMapping.DryHardGripSupplier);
DryHardResilience = executableConnection.ReadInteger(_valueMapping.DryHardResilienceSupplier);
DryHardStiffness = executableConnection.ReadInteger(_valueMapping.DryHardStiffnessSupplier);
DryHardTemperature = executableConnection.ReadInteger(_valueMapping.DryHardTemperatureSupplier);
DrySoftGrip = executableConnection.ReadInteger(_valueMapping.DrySoftGripSupplier);
DrySoftResilience = executableConnection.ReadInteger(_valueMapping.DrySoftResilienceSupplier);
DrySoftStiffness = executableConnection.ReadInteger(_valueMapping.DrySoftStiffnessSupplier);
DrySoftTemperature = executableConnection.ReadInteger(_valueMapping.DrySoftTemperatureSupplier);
IntermediateGrip = executableConnection.ReadInteger(_valueMapping.IntermediateGripSupplier);
IntermediateResilience = executableConnection.ReadInteger(_valueMapping.IntermediateResilienceSupplier);
IntermediateStiffness = executableConnection.ReadInteger(_valueMapping.IntermediateStiffnessSupplier);
IntermediateTemperature = executableConnection.ReadInteger(_valueMapping.IntermediateTemperatureSupplier);
WetWeatherGrip = executableConnection.ReadInteger(_valueMapping.WetWeatherGripSupplier);
WetWeatherResilience = executableConnection.ReadInteger(_valueMapping.WetWeatherResilienceSupplier);
WetWeatherStiffness = executableConnection.ReadInteger(_valueMapping.WetWeatherStiffnessSupplier);
WetWeatherTemperature = executableConnection.ReadInteger(_valueMapping.WetWeatherTemperatureSupplier);
}
/// <summary>
/// Applies the changes to enter the track editor in the race screen.
/// This method is only intended for use with gpw.exe v1.01b.
/// This method requires the Jump Bypass Patcher to be applied beforehand.
/// Do not invoke this method more than once on the same file.
/// </summary>
public void Apply()
{
const int replacementWndProcLocation = 0x44F2B0;
var replacementWndProcInstructions = new byte[]
{
0xE8, 0x94, 0x59, 0x02, 0x00
};
const int newTrackEditorToggleLocation = 0x00474C49;
var newTrackEditorToggleInstructions = new byte[]
{
0x55,
0x8B, 0xEC,
0x53,
0x56,
0x57,
0x83, 0x3D, 0xDC, 0x31, 0x5F, 0x01, 0x00,
0x0F, 0x85, 0x0F, 0x00, 0x00, 0x00,
0xC7, 0x05, 0xDC, 0x31, 0x5F, 0x01, 0x01, 0x00, 0x00, 0x00,
0xE9, 0x0A, 0x00, 0x00, 0x00,
0xC7, 0x05, 0xDC, 0x31, 0x5F, 0x01, 0x00, 0x00, 0x00, 0x00,
0x5F,
0x5E,
0x5B,
0xC9,
0xC3
};
// Open file and write
using (var executableConnection = new ExecutableConnection(_executableFilePath))
{
// Replace code in WndProc to respond to WM_KEYDOWN for VK_F8 (0x77)
// Overwrites existing functionality to reduce race speed with the F8 key
executableConnection.WriteByteArray(InstructionHelper.CalculateRealPositionFromVirtualPosition(replacementWndProcLocation), replacementWndProcInstructions);
// Apply new function to toggle track editor flag value
executableConnection.WriteByteArray(InstructionHelper.CalculateRealPositionFromVirtualPosition(newTrackEditorToggleLocation), newTrackEditorToggleInstructions);
}
}
public void ImportData(ExecutableConnection executableConnection, IdentityCollection identityCollection)
{
ResourceText = ResourceHelper.GetResourceText(identityCollection, ResourceId);
Salary = executableConnection.ReadInteger(_valueMapping.Salary);
RaceBonus = executableConnection.ReadInteger(_valueMapping.RaceBonus);
ChampionshipBonus = executableConnection.ReadInteger(_valueMapping.ChampionshipBonus);
PayRating = executableConnection.ReadInteger(_valueMapping.PayRating);
PositiveSalary = executableConnection.ReadInteger(_valueMapping.PositiveSalary);
LastChampionshipPosition = executableConnection.ReadInteger(_valueMapping.LastChampionshipPosition);
DriverRole = executableConnection.ReadInteger(_valueMapping.DriverRole);
CarNumberA = executableConnection.ReadInteger(_valueMapping.CarNumberA);
Age = executableConnection.ReadInteger(_valueMapping.Age);
Nationality = executableConnection.ReadInteger(_valueMapping.Nationality);
CommentaryIndex = executableConnection.ReadInteger(_valueMapping.CommentaryIndex);
CareerChampionships = executableConnection.ReadInteger(_valueMapping.CareerChampionships);
CareerRaces = executableConnection.ReadInteger(_valueMapping.CareerRaces);
CareerWins = executableConnection.ReadInteger(_valueMapping.CareerWins);
CareerPoints = executableConnection.ReadInteger(_valueMapping.CareerPoints);
CareerFastestLaps = executableConnection.ReadInteger(_valueMapping.CareerFastestLaps);
CareerPointsFinishes = executableConnection.ReadInteger(_valueMapping.CareerPointsFinishes);
CareerPolePositions = executableConnection.ReadInteger(_valueMapping.CareerPolePositions);
Speed = executableConnection.ReadInteger(_valueMapping.Speed);
Skill = executableConnection.ReadInteger(_valueMapping.Skill);
Overtaking = executableConnection.ReadInteger(_valueMapping.Overtaking);
WetWeather = executableConnection.ReadInteger(_valueMapping.WetWeather);
Concentration = executableConnection.ReadInteger(_valueMapping.Concentration);
Experience = executableConnection.ReadInteger(_valueMapping.Experience);
Stamina = executableConnection.ReadInteger(_valueMapping.Stamina);
Morale = executableConnection.ReadInteger(_valueMapping.Morale).ConvertToOneToFiveStepOne();
// Only read value if driver is driver 1 or 2, and not T.
var driverId = LocalResourceId % 8;
if (driverId == 6 || driverId == 7) // 1 and 2
{
CarNumberB = executableConnection.ReadInteger(_valueMapping.CarNumberB);
}
}