/// <summary>
/// 更新本地版本信息
/// </summary>
/// <param name="ab">Ab.</param>
public static void SyncVersion(List <string> abs)
{
// 遍历需要更新的ab信息
foreach (string ab in abs)
{
// 新版树中没有该版本信息
CsvRow data = mNewVersionCsv.FindByKey(ab);
if (data == null)
{
return;
}
// 修正本地版本信息
CsvRow oldData = mVersionCsv.FindByKey(ab);
// 如果是新增资源
if (oldData == null)
{
// 构建一列数据
CsvRow row = new CsvRow(mNewVersionCsv);
row.Add("bundle", data.Query <LPCValue>("bundle"));
row.Add("md5", data.Query <LPCValue>("md5"));
row.Add("patch", data.Query <LPCValue>("patch"));
row.Add("unzip_size", data.Query <LPCValue>("unzip_size"));
row.Add("zip_size", data.Query <LPCValue>("zip_size"));
// 添加新数据
mVersionCsv.AddNewRow(row);
}
else
{
oldData.Add("md5", data.Query <LPCValue>("md5"));
oldData.Add("patch", data.Query <LPCValue>("patch"));
oldData.Add("unzip_size", data.Query <LPCValue>("unzip_size"));
oldData.Add("zip_size", data.Query <LPCValue>("zip_size"));
}
}
// 序列化
MemoryStream ms = new MemoryStream();
CsvFileMgr.Serialize(ms, mVersionCsv);
// 版本文件存放路径
string versionFilePath = string.Format("{0}/{1}.bytes", ConfigMgr.ASSETBUNDLES_PATH, VERSION_NAME);
FileStream fs = new FileStream(versionFilePath, FileMode.Create, FileAccess.Write);
fs.Write(ms.GetBuffer(), 0, (int)ms.Length);
fs.Close();
}
public string PrintToCsv()
{
//Get all attribute names
List <string> AttributeNames = new List <string>();
foreach (DataRecord dr in Records)
{
foreach (DataAttribute da in dr.Attributes)
{
if (AttributeNames.Contains(da.Name) == false)
{
AttributeNames.Add(da.Name);
}
}
}
//Make the csv file
CsvFile csv = new CsvFile();
//Write the headers
DataRow header_row = csv.AddNewRow();
foreach (string s in AttributeNames)
{
header_row.Values.Add(s);
}
//Write the records
foreach (DataRecord dr in Records)
{
DataRow csv_row = csv.AddNewRow();
foreach (string s in AttributeNames)
{
try
{
DataAttribute da = dr.GetDataAttribute(s);
csv_row.Values.Add(da.Value);
}
catch
{
csv_row.Values.Add("");
}
}
}
return(csv.GenerateAsCsvFileContent());
}
public string PrintFinancialStatements(FinancialStatement[] statements)
{
CsvFile csv = new CsvFile();
//Write title
List <string> PropertiesToWrite = new List <string>();
List <PropertyInfo> ToWriteProperties = new List <PropertyInfo>();
DataRow header = csv.AddNewRow();
PropertyInfo[] info = statements[0].GetType().GetProperties();
foreach (PropertyInfo pi in info)
{
if (pi.PropertyType.IsClass == false)
{
header.Values.Add(pi.Name);
PropertiesToWrite.Add(pi.Name);
ToWriteProperties.Add(pi);
}
}
//Write all of the properties
foreach (FinancialStatement fs in statements)
{
DataRow dr = csv.AddNewRow();
foreach (PropertyInfo pi in ToWriteProperties)
{
try
{
dr.Values.Add(pi.GetValue(fs).ToString());
}
catch
{
dr.Values.Add("-");
}
}
}
return(csv.GenerateAsCsvFileContent());
}
public static void CountAllTransactions()
{
Console.Write("Folder with transactions: ");
string folder = Console.ReadLine().Replace("\"", "");
Console.Write("Output CSV to what folder?");
string outputto = Console.ReadLine().Replace("\"", "");
CsvFile csv = new CsvFile();
ResearchToolkit rt = new ResearchToolkit();
string[] files = System.IO.Directory.GetFiles(folder);
foreach (string s in files)
{
NonDerivativeTransaction[] transactions = JsonConvert.DeserializeObject <NonDerivativeTransaction[]>(System.IO.File.ReadAllText(s));
//Count those between 2010 and 2019
int count = 0;
NonDerivativeTransaction[] filt = rt.FilterToTransactionsOfInterest(transactions);
count = filt.Length;
DataRow dr = csv.AddNewRow();
dr.Values.Add(System.IO.Path.GetFileName(s));
dr.Values.Add(count.ToString());
Console.WriteLine(System.IO.Path.GetFileName(s) + "-" + count.ToString());
}
Stream ss = System.IO.File.Create(outputto + "\\output.csv");
StreamWriter sw = new StreamWriter(ss);
sw.Write(csv.GenerateAsCsvFileContent());
sw.Close();
ss.Close();
Console.WriteLine("Written!");
}
public string PrintTelemetryToCsvContent(byte driver_index)
{
CsvFile csv = new CsvFile();
#region "Write headers"
//Write headers
DataRow dr_header = csv.AddNewRow();
//Time
dr_header.Values.Add("Session Time");
//Motion packet
dr_header.Values.Add("Position X");
dr_header.Values.Add("Position Y");
dr_header.Values.Add("Position Z");
dr_header.Values.Add("Velocity X");
dr_header.Values.Add("Velocity Y");
dr_header.Values.Add("Velocity Z");
dr_header.Values.Add("Forward Direction X");
dr_header.Values.Add("Forward Direction Y");
dr_header.Values.Add("Forward Direction Z");
dr_header.Values.Add("Right Direction X");
dr_header.Values.Add("Right Direction Y");
dr_header.Values.Add("Right Direction Z");
dr_header.Values.Add("Lateral G Force");
dr_header.Values.Add("Longitudinal G Force");
dr_header.Values.Add("Vertical G Force");
dr_header.Values.Add("Yaw");
dr_header.Values.Add("Pitch");
dr_header.Values.Add("Roll");
//Motion packet (only for player data, not for other drivers. Will be blank if requesting for other players)
dr_header.Values.Add("Suspension Position - Rear Left");
dr_header.Values.Add("Suspension Position - Rear Right");
dr_header.Values.Add("Suspennsion Position - Front Left");
dr_header.Values.Add("Suspension Position - Front Right");
dr_header.Values.Add("Suspension Velocity - Rear Left");
dr_header.Values.Add("Suspension Velocity - Rear Right");
dr_header.Values.Add("Suspension Velocity - Front Left");
dr_header.Values.Add("Suspension Velocity - Front Right");
dr_header.Values.Add("Suspension Acceleration - Rear Left");
dr_header.Values.Add("Suspension Acceleration - Rear Right");
dr_header.Values.Add("Suspension Acceleration - Front Left");
dr_header.Values.Add("Suspension Acceleration - Front Right");
dr_header.Values.Add("Wheel Speed - Rear Left");
dr_header.Values.Add("Wheel Speed - Rear Right");
dr_header.Values.Add("Wheel Speed - Front Left");
dr_header.Values.Add("Wheel Speed - Front Right");
dr_header.Values.Add("Wheel Slip - Rear Left");
dr_header.Values.Add("Wheel Slip - Rear Right");
dr_header.Values.Add("Wheel Slip - Front Left");
dr_header.Values.Add("Wheel Slip - Front Right");
dr_header.Values.Add("Local Velocity X");
dr_header.Values.Add("Local Velocity Y");
dr_header.Values.Add("Local Velocity Z");
dr_header.Values.Add("Angular Velocity X");
dr_header.Values.Add("Angular Velocity Y");
dr_header.Values.Add("Angular Velocity Z");
dr_header.Values.Add("Angular Acceleration X");
dr_header.Values.Add("Angular Acceleration Y");
dr_header.Values.Add("Angular Acceleration Z");
dr_header.Values.Add("Front Wheels Angle");
//Lap Packet
dr_header.Values.Add("Lap Distance");
dr_header.Values.Add("Total Distance");
dr_header.Values.Add("Safety Car Delta");
dr_header.Values.Add("Car Race Position");
dr_header.Values.Add("Current Lap Number");
dr_header.Values.Add("Pit Status");
dr_header.Values.Add("Sector");
dr_header.Values.Add("Current Lap Invalid");
dr_header.Values.Add("Driver Status");
//Telemetry Packet
dr_header.Values.Add("Speed KPH");
dr_header.Values.Add("Speed MPH");
dr_header.Values.Add("Throttle");
dr_header.Values.Add("Steer");
dr_header.Values.Add("Brake");
dr_header.Values.Add("Clutch");
dr_header.Values.Add("Gear");
dr_header.Values.Add("Engine RPM");
dr_header.Values.Add("DRS Active");
dr_header.Values.Add("Rev Lights Percentage");
dr_header.Values.Add("Brake Temperature - Rear Left");
dr_header.Values.Add("Brake Temperature - Rear Right");
dr_header.Values.Add("Brake Temperature - Front Left");
dr_header.Values.Add("Brake Temperature - Front Right");
dr_header.Values.Add("Tyre Surface Temperature - Rear Left");
dr_header.Values.Add("Tyre Surface Temperature - Rear Right");
dr_header.Values.Add("Tyre Surface Temperature - Front Left");
dr_header.Values.Add("Tyre Surface Temperature - Front Right");
dr_header.Values.Add("Tyre Inner Temperature - Rear Left");
dr_header.Values.Add("Tyre Inner Temperature - Rear Right");
dr_header.Values.Add("Tyre Inner Temperature - Front Left");
dr_header.Values.Add("Tyre Inner Temperature - Front Right");
dr_header.Values.Add("Engine Temperature Celsius");
dr_header.Values.Add("Tyre Pressure - Rear Left");
dr_header.Values.Add("Tyre Pressure - Rear Right");
dr_header.Values.Add("Tyre Pressure - Front Left");
dr_header.Values.Add("Tyre Pressure - Front Right");
dr_header.Values.Add("Surface Type - Rear Left");
dr_header.Values.Add("Surface Type - Rear Right");
dr_header.Values.Add("Surface Type - Front Left");
dr_header.Values.Add("Surface Type - Front Right");
//Car Status
dr_header.Values.Add("Traction Control Level");
dr_header.Values.Add("Anti Lock Brakes Active");
dr_header.Values.Add("Fuel Mix");
dr_header.Values.Add("Front Brake Bias Percentage");
dr_header.Values.Add("Pit Limiter Active");
dr_header.Values.Add("Fuel In Tank");
dr_header.Values.Add("Max Fuel Capacity");
dr_header.Values.Add("Fuel Remaining in Laps");
dr_header.Values.Add("Max RPM");
dr_header.Values.Add("Idle RPM");
dr_header.Values.Add("Max Gears");
dr_header.Values.Add("DRS Allowed");
dr_header.Values.Add("DRS Activation Distance");
dr_header.Values.Add("Tyre Wear - Rear Left");
dr_header.Values.Add("Tyre Wear - Rear Right");
dr_header.Values.Add("Tyre Wear - Front Left");
dr_header.Values.Add("Tyre Wear - Front Right");
dr_header.Values.Add("Actual Tyre Compound");
dr_header.Values.Add("Visual Tyre Compound");
dr_header.Values.Add("Tyre Age in Laps");
dr_header.Values.Add("Tyre Damage Percentage - Rear Left");
dr_header.Values.Add("Tyre Damage Percentage - Rear Right");
dr_header.Values.Add("Tyre Damage Percentage - Front Left");
dr_header.Values.Add("Tyre Damage Percentage - Front Right");
dr_header.Values.Add("Front Left Wing Damage Percentage");
dr_header.Values.Add("Front Right Wing Damage Percentage");
dr_header.Values.Add("Rear Wing Damage Percentage");
dr_header.Values.Add("DRS Failure");
dr_header.Values.Add("Engine Damage Percentage");
dr_header.Values.Add("Gear Box Damage Percentage");
dr_header.Values.Add("FIA Flag");
dr_header.Values.Add("ERS Stored Energy Joules");
dr_header.Values.Add("ERS Deploy Mode");
dr_header.Values.Add("ERS Harvested This Lap by MGUK");
dr_header.Values.Add("ERS Harvested This Lap by MGUH");
dr_header.Values.Add("ERS Deployed This Lap");
#endregion
//Write the data
foreach (PacketFrame frame in Frames)
{
//Create the new row
DataRow row = csv.AddNewRow();
//Write the session time
row.Values.Add(frame.Telemetry.SessionTime.ToString());
//Write Write motion data
MotionPacket.CarMotionData cmd = frame.Motion.FieldMotionData[driver_index];
row.Values.Add(cmd.PositionX.ToString());
row.Values.Add(cmd.PositionY.ToString());
row.Values.Add(cmd.PositionZ.ToString());
row.Values.Add(cmd.VelocityX.ToString());
row.Values.Add(cmd.VelocityY.ToString());
row.Values.Add(cmd.VelocityZ.ToString());
row.Values.Add(cmd.ForwardDirectionX.ToString());
row.Values.Add(cmd.ForwardDirectionY.ToString());
row.Values.Add(cmd.ForwardDirectionZ.ToString());
row.Values.Add(cmd.RightDirectionX.ToString());
row.Values.Add(cmd.RightDirectionY.ToString());
row.Values.Add(cmd.RightDirectionZ.ToString());
row.Values.Add(cmd.gForceLateral.ToString());
row.Values.Add(cmd.gForceLongitudinal.ToString());
row.Values.Add(cmd.gForceVertical.ToString());
row.Values.Add(cmd.Yaw.ToString());
row.Values.Add(cmd.Pitch.ToString());
row.Values.Add(cmd.Roll.ToString());
//Write motion data player-specific (if they are requesting for the player, return the data. Otherwise, return 0's!)
if (driver_index == frame.Motion.PlayerCarIndex)
{
row.Values.Add(frame.Motion.SuspensionPosition.RearLeft.ToString());
row.Values.Add(frame.Motion.SuspensionPosition.RearRight.ToString());
row.Values.Add(frame.Motion.SuspensionPosition.FrontLeft.ToString());
row.Values.Add(frame.Motion.SuspensionPosition.FrontRight.ToString());
row.Values.Add(frame.Motion.SuspensionVelocity.RearLeft.ToString());
row.Values.Add(frame.Motion.SuspensionVelocity.RearRight.ToString());
row.Values.Add(frame.Motion.SuspensionVelocity.FrontLeft.ToString());
row.Values.Add(frame.Motion.SuspensionVelocity.FrontRight.ToString());
row.Values.Add(frame.Motion.SuspensionAcceleration.RearLeft.ToString());
row.Values.Add(frame.Motion.SuspensionAcceleration.RearRight.ToString());
row.Values.Add(frame.Motion.SuspensionAcceleration.FrontLeft.ToString());
row.Values.Add(frame.Motion.SuspensionAcceleration.FrontRight.ToString());
row.Values.Add(frame.Motion.WheelSpeed.RearLeft.ToString());
row.Values.Add(frame.Motion.WheelSpeed.RearRight.ToString());
row.Values.Add(frame.Motion.WheelSpeed.FrontLeft.ToString());
row.Values.Add(frame.Motion.WheelSpeed.FrontRight.ToString());
row.Values.Add(frame.Motion.WheelSlip.RearLeft.ToString());
row.Values.Add(frame.Motion.WheelSlip.RearRight.ToString());
row.Values.Add(frame.Motion.WheelSlip.FrontLeft.ToString());
row.Values.Add(frame.Motion.WheelSlip.FrontRight.ToString());
row.Values.Add(frame.Motion.VelocityX.ToString());
row.Values.Add(frame.Motion.VelocityY.ToString());
row.Values.Add(frame.Motion.VelocityZ.ToString());
row.Values.Add(frame.Motion.AngularVelocityX.ToString());
row.Values.Add(frame.Motion.AngularVelocityY.ToString());
row.Values.Add(frame.Motion.AngularVelocityZ.ToString());
row.Values.Add(frame.Motion.AngularAccelerationX.ToString());
row.Values.Add(frame.Motion.AngularAccelerationY.ToString());
row.Values.Add(frame.Motion.AngularAccelerationZ.ToString());
row.Values.Add(frame.Motion.FrontWheelAngle.ToString());
}
else
{
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
row.Values.Add("-");
}
//Lap Packet
LapPacket.LapData ld = frame.Lap.FieldLapData[driver_index];
row.Values.Add(ld.LapDistance.ToString());
row.Values.Add(ld.TotalDistance.ToString());
row.Values.Add(ld.SafetyCarDelta.ToString());
row.Values.Add(ld.CarPosition.ToString());
row.Values.Add(ld.CurrentLapNumber.ToString());
row.Values.Add(ld.CurrentPitStatus.ToString());
row.Values.Add(ld.Sector.ToString());
row.Values.Add(ld.CurrentLapInvalid.ToString());
row.Values.Add(ld.CurrentDriverStatus.ToString());
//Telemetry packet
TelemetryPacket.CarTelemetryData ctd = frame.Telemetry.FieldTelemetryData[driver_index];
row.Values.Add(ctd.SpeedKph.ToString());
row.Values.Add(ctd.SpeedMph.ToString());
row.Values.Add(ctd.Throttle.ToString());
row.Values.Add(ctd.Steer.ToString());
row.Values.Add(ctd.Brake.ToString());
row.Values.Add(ctd.Clutch.ToString());
row.Values.Add(ctd.Gear.ToString());
row.Values.Add(ctd.EngineRpm.ToString());
row.Values.Add(ctd.DrsActive.ToString());
row.Values.Add(ctd.RevLightsPercentage.ToString());
row.Values.Add(ctd.BrakeTemperature.RearLeft.ToString());
row.Values.Add(ctd.BrakeTemperature.RearRight.ToString());
row.Values.Add(ctd.BrakeTemperature.FrontLeft.ToString());
row.Values.Add(ctd.BrakeTemperature.FrontRight.ToString());
row.Values.Add(ctd.TyreSurfaceTemperature.RearLeft.ToString());
row.Values.Add(ctd.TyreSurfaceTemperature.RearRight.ToString());
row.Values.Add(ctd.TyreSurfaceTemperature.FrontLeft.ToString());
row.Values.Add(ctd.TyreSurfaceTemperature.FrontRight.ToString());
row.Values.Add(ctd.TyreInnerTemperature.RearLeft.ToString());
row.Values.Add(ctd.TyreInnerTemperature.RearRight.ToString());
row.Values.Add(ctd.TyreInnerTemperature.FrontLeft.ToString());
row.Values.Add(ctd.TyreInnerTemperature.FrontRight.ToString());
row.Values.Add(ctd.EngineTemperature.ToString());
row.Values.Add(ctd.TyrePressure.RearLeft.ToString());
row.Values.Add(ctd.TyrePressure.RearRight.ToString());
row.Values.Add(ctd.TyrePressure.FrontLeft.ToString());
row.Values.Add(ctd.TyrePressure.FrontRight.ToString());
row.Values.Add(ctd.SurfaceType_RearLeft.ToString());
row.Values.Add(ctd.SurfaceType_RearRight.ToString());
row.Values.Add(ctd.SurfaceType_FrontLeft.ToString());
row.Values.Add(ctd.SurfaceType_FrontRight.ToString());
//Car status
CarStatusPacket.CarStatusData csd = frame.CarStatus.FieldCarStatusData[driver_index];
row.Values.Add(csd.TractionControlStatus.ToString());
row.Values.Add(csd.AntiLockBrakesOn.ToString());
row.Values.Add(csd.SelectedFuelMix.ToString());
row.Values.Add(csd.FrontBrakeBiasPercentage.ToString());
row.Values.Add(csd.PitLimiterOn.ToString());
row.Values.Add(csd.FuelLevel.ToString());
row.Values.Add(csd.FuelCapacity.ToString());
row.Values.Add(csd.FuelRemainingLaps.ToString());
row.Values.Add(csd.MaxRpm.ToString());
row.Values.Add(csd.IdleRpm.ToString());
row.Values.Add(csd.MaxGears.ToString());
row.Values.Add(csd.DrsAllowed.ToString());
row.Values.Add(csd.DrsActivationDistance.ToString());
row.Values.Add(csd.TyreWearPercentage.RearLeft.ToString());
row.Values.Add(csd.TyreWearPercentage.RearRight.ToString());
row.Values.Add(csd.TyreWearPercentage.FrontLeft.ToString());
row.Values.Add(csd.TyreWearPercentage.FrontRight.ToString());
row.Values.Add(csd.EquippedTyreCompound.ToString());
row.Values.Add(csd.EquippedVisualTyreCompoundId.ToString());
row.Values.Add(csd.TyreAgeLaps.ToString());
row.Values.Add(csd.TyreDamagePercentage.RearLeft.ToString());
row.Values.Add(csd.TyreDamagePercentage.RearRight.ToString());
row.Values.Add(csd.TyreDamagePercentage.FrontLeft.ToString());
row.Values.Add(csd.TyreDamagePercentage.FrontRight.ToString());
row.Values.Add(csd.FrontLeftWingDamagePercent.ToString());
row.Values.Add(csd.FrontRightWingDamagePercent.ToString());
row.Values.Add(csd.RearWingDamagePercent.ToString());
row.Values.Add(csd.DrsFailure.ToString());
row.Values.Add(csd.EngineDamagePercent.ToString());
row.Values.Add(csd.GearBoxDamagePercent.ToString());
row.Values.Add(csd.VehicleFiaFlag.ToString());
row.Values.Add(csd.ErsStoredEnergyJoules.ToString());
row.Values.Add(csd.SelectedErsDeployMode.ToString());
row.Values.Add(csd.ErsHarvestedThisLapByMGUK.ToString());
row.Values.Add(csd.ErsHarvestedThisLapByMGUH.ToString());
row.Values.Add(csd.ErsDeployedThisLap.ToString());
}
return(csv.GenerateAsCsvFileContent());
}
public static string PrintFinancialStatements(FinancialStatement[] statements)
{
#region "Error checking"
if (statements == null)
{
throw new Exception("Unable to print financial statements - the supplied array of statements was null.");
}
#endregion
//Arrange the statements from oldest to newest
List <FinancialStatement> ToPullFrom = new List <FinancialStatement>();
List <FinancialStatement> StatementsArranged = new List <FinancialStatement>();
ToPullFrom.AddRange(statements);
while (ToPullFrom.Count > 0)
{
FinancialStatement Winner = ToPullFrom[0];
foreach (FinancialStatement fs in ToPullFrom)
{
if (fs.PeriodEnd < Winner.PeriodEnd)
{
Winner = fs;
}
}
StatementsArranged.Add(Winner);
ToPullFrom.Remove(Winner);
}
CsvFile csv = new CsvFile();
//Headers
DataRow dr_header = csv.AddNewRow();
dr_header.Values.Add("Period Start");
dr_header.Values.Add("Period End");
dr_header.Values.Add("Revenue");
dr_header.Values.Add("SGA Expenses");
dr_header.Values.Add("R&D Expenses");
dr_header.Values.Add("Operating Income");
dr_header.Values.Add("Net Income");
dr_header.Values.Add("Assets");
dr_header.Values.Add("Liabilities");
dr_header.Values.Add("Equity");
dr_header.Values.Add("Cash");
dr_header.Values.Add("Current Assets");
dr_header.Values.Add("Current Liabilities");
dr_header.Values.Add("Retained Earnings");
dr_header.Values.Add("Common Stock Shares Outstanding");
dr_header.Values.Add("Operating Cash Flows");
dr_header.Values.Add("Investing Cash Flows");
dr_header.Values.Add("Financing Cash Flows");
dr_header.Values.Add("Proceeds from Issuance of Debt");
dr_header.Values.Add("Payments of Debt");
dr_header.Values.Add("Dividends Paid");
//Add each value
foreach (FinancialStatement fs in StatementsArranged)
{
DataRow dr = csv.AddNewRow();
//Start date
if (fs.PeriodStart.HasValue)
{
dr.Values.Add(fs.PeriodStart.Value.ToShortDateString());
}
else
{
dr.Values.Add("-");
}
//End date
if (fs.PeriodEnd.HasValue)
{
dr.Values.Add(fs.PeriodEnd.Value.ToShortDateString());
}
else
{
dr.Values.Add("-");
}
//Revenue
if (fs.Revenue.HasValue)
{
dr.Values.Add(fs.Revenue.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//SGA expenses
if (fs.SellingGeneralAndAdministrativeExpense.HasValue)
{
dr.Values.Add(fs.SellingGeneralAndAdministrativeExpense.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Research and Development costs
if (fs.ResearchAndDevelopmentExpense.HasValue)
{
dr.Values.Add(fs.ResearchAndDevelopmentExpense.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Operating income
if (fs.OperatingIncome.HasValue)
{
dr.Values.Add(fs.OperatingIncome.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Net Income
if (fs.NetIncome.HasValue)
{
dr.Values.Add(fs.NetIncome.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Assets
if (fs.Assets.HasValue)
{
dr.Values.Add(fs.Assets.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Liabilities
if (fs.Liabilities.HasValue)
{
dr.Values.Add(fs.Liabilities.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Euity
if (fs.Equity.HasValue)
{
dr.Values.Add(fs.Equity.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Casg
if (fs.Cash.HasValue)
{
dr.Values.Add(fs.Cash.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Current Assets
if (fs.CurrentAssets.HasValue)
{
dr.Values.Add(fs.CurrentAssets.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Current Liabilities
if (fs.CurrentLiabilities.HasValue)
{
dr.Values.Add(fs.CurrentLiabilities.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Retained Earnings
if (fs.RetainedEarnings.HasValue)
{
dr.Values.Add(fs.RetainedEarnings.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Common stock shares outstanding
if (fs.CommonStockSharesOutstanding.HasValue)
{
dr.Values.Add(fs.CommonStockSharesOutstanding.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Operating cash flows
if (fs.OperatingCashFlows.HasValue)
{
dr.Values.Add(fs.OperatingCashFlows.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Investing cash flows
if (fs.InvestingCashFlows.HasValue)
{
dr.Values.Add(fs.InvestingCashFlows.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Financing Cash flows
if (fs.FinancingCashFlows.HasValue)
{
dr.Values.Add(fs.FinancingCashFlows.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Proceeds from issuance of debt
if (fs.ProceedsFromIssuanceOfDebt.HasValue)
{
dr.Values.Add(fs.ProceedsFromIssuanceOfDebt.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Payments of debt
if (fs.PaymentsOfDebt.HasValue)
{
dr.Values.Add(fs.PaymentsOfDebt.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
//Dividends Paid
if (fs.DividendsPaid.HasValue)
{
dr.Values.Add(fs.DividendsPaid.Value.ToString("#,##0"));
}
else
{
dr.Values.Add("-");
}
}
return(csv.GenerateAsCsvFileContent());
}
//Step 3: Assemble results into a CSV file
public static void AssembleResultsCsv()
{
Console.Write("Folder with the full analyses >");
string analysis_folder = Console.ReadLine().Replace("\"", "");
Console.Write("Output CSV file to folder:");
string output_folder = Console.ReadLine().Replace("\"", "");
string[] files = System.IO.Directory.GetFiles(analysis_folder);
AdminPrint(files.Length.ToString() + " files found");
CsvFile csv = new CsvFile();
//Label the averages
DataRow drl = csv.AddNewRow();
drl.Values.Add("");
drl.Values.Add("");
drl.Values.Add("Averages");
drl.Values.Add("");
drl.Values.Add("");
drl.Values.Add("");
drl.Values.Add("");
drl.Values.Add("Following buys");
DataRow headerrow = csv.AddNewRow();
headerrow.Values.Add("Symbol");
headerrow.Values.Add("Insider Buys");
//Average
headerrow.Values.Add("14 Days");
headerrow.Values.Add("30 Days");
headerrow.Values.Add("90 Days");
headerrow.Values.Add("180 Days");
headerrow.Values.Add("360 Days");
//Following buys
headerrow.Values.Add("14 Days");
headerrow.Values.Add("30 Days");
headerrow.Values.Add("90 Days");
headerrow.Values.Add("180 Days");
headerrow.Values.Add("360 Days");
foreach (string s in files)
{
DataRow dr = csv.AddNewRow();
AdminPrint("Opening " + System.IO.Path.GetFileName(s) + "...");
FullResearchSet frs = JsonConvert.DeserializeObject <FullResearchSet>(System.IO.File.ReadAllText(s));
AdminPrint("Writing " + System.IO.Path.GetFileName(s) + "...");
dr.Values.Add(frs.Symbol.ToUpper().Trim());
dr.Values.Add(frs.PerformancesFollowingInsiderBuys.Length.ToString());
//Write the average over that period
string ar14 = frs.AveragePerformance.Return14.ToString();
string ar30 = frs.AveragePerformance.Return30.ToString();
string ar90 = frs.AveragePerformance.Return90.ToString();
string ar180 = frs.AveragePerformance.Return180.ToString();
string ar360 = frs.AveragePerformance.Return360.ToString();
dr.Values.Add(ar14);
dr.Values.Add(ar30);
dr.Values.Add(ar90);
dr.Values.Add(ar180);
dr.Values.Add(ar360);
//Get the averages
StockPerformanceSet avg = StockPerformanceSet.Average(frs.PerformancesFollowingInsiderBuys);
dr.Values.Add(avg.Return14.ToString());
dr.Values.Add(avg.Return30.ToString());
dr.Values.Add(avg.Return90.ToString());
dr.Values.Add(avg.Return180.ToString());
dr.Values.Add(avg.Return360.ToString());
}
//Write to the file
AdminPrint("Writing to file...");
string path = output_folder + "\\InsiderBuyPerformance.csv";
FileStream fs = System.IO.File.Create(path);
StreamWriter sw = new StreamWriter(fs);
sw.Write(csv.GenerateAsCsvFileContent());
sw.Close();
fs.Close();
AdminPrint("Successfully wrote to " + path, ConsoleColor.Green);
}
public static string PrintToCsvContent(this Equity[] equities)
{
if (equities.Length == 0)
{
throw new Exception("This equity array is empty.");
}
//Get the properties of each
PropertyInfo[] props = equities[0].GetType().GetProperties();
List <PropertyInfo> CoreProperties = new List <PropertyInfo>();
foreach (PropertyInfo pi in props)
{
object thiso = pi.GetValue(equities[0]);
if (thiso.GetType().IsClass == false || thiso.GetType() == typeof(string))
{
CoreProperties.Add(pi);
}
}
//Get the properties of summary
List <PropertyInfo> SummaryProperties = new List <PropertyInfo>();
if (equities[0].Summary != null)
{
PropertyInfo[] props_summary = equities[0].Summary.GetType().GetProperties();
//Summary
foreach (PropertyInfo pi in props_summary)
{
object thiso = pi.GetValue(equities[0].Summary);
if (thiso.GetType().IsClass == false || thiso.GetType() == typeof(string))
{
SummaryProperties.Add(pi);
}
}
}
//Get the properties of statistics
List <PropertyInfo> StatisticsProperties = new List <PropertyInfo>();
if (equities[0].Statistics != null)
{
PropertyInfo[] props_statistics = equities[0].Statistics.GetType().GetProperties();
foreach (PropertyInfo pi in props_statistics)
{
object thiso = pi.GetValue(equities[0].Statistics);
if (thiso.GetType().IsClass == false || thiso.GetType() == typeof(string))
{
StatisticsProperties.Add(pi);
}
}
}
CsvFile csv = new CsvFile();
//Set up header
DataRow dr_header = csv.AddNewRow();
//Write headers
foreach (PropertyInfo pi in CoreProperties)
{
dr_header.Values.Add(pi.Name);
}
foreach (PropertyInfo pi in SummaryProperties)
{
dr_header.Values.Add(pi.Name);
}
foreach (PropertyInfo pi in StatisticsProperties)
{
dr_header.Values.Add(pi.Name);
}
//Write data
foreach (Equity e in equities)
{
DataRow dr = csv.AddNewRow();
//Core
foreach (PropertyInfo pi in CoreProperties)
{
try
{
dr.Values.Add(pi.GetValue(e).ToString());
}
catch
{
dr.Values.Add("-");
}
}
//Summary
foreach (PropertyInfo pi in SummaryProperties)
{
try
{
dr.Values.Add(pi.GetValue(e.Summary).ToString());
}
catch
{
dr.Values.Add("-");
}
}
//Statistics
foreach (PropertyInfo pi in StatisticsProperties)
{
try
{
dr.Values.Add(pi.GetValue(e.Statistics).ToString());
}
catch
{
dr.Values.Add("-");
}
}
}
return(csv.GenerateAsCsvFileContent());
}