internal ExcelColor(ExcelStyles styles, LF.Utils.EPPlus.XmlHelper.ChangedEventHandler ChangedEvent, int worksheetID, string address, eStyleClass cls, StyleBase parent) :
base(styles, ChangedEvent, worksheetID, address)
{
_parent = parent;
_cls = cls;
}
static void SetStream(LF e, System.IO.TextWriter w)
{
if (w == null)
{
w = System.IO.TextWriter.Null;
}
m_out[(int)e] = w;
}
public static HSSFEvaluationWorkbook Create(LF.Utils.NPOI.SS.UserModel.IWorkbook book)
{
if (book == null)
{
return null;
}
return new HSSFEvaluationWorkbook((HSSFWorkbook)book);
}
private static void Add(Hashtable m, OperationPtg ptgKey,
LF.Utils.NPOI.SS.Formula.Functions.Function instance)
{
// make sure ptg has single private constructor because map lookups assume singleton keys
ConstructorInfo[] cc = ptgKey.GetType().GetConstructors();
if (cc.Length > 1 || (cc.Length > 0 && !cc[0].IsPrivate))
{
throw new Exception("Failed to verify instance ("
+ ptgKey.GetType().Name + ") is a singleton.");
}
m[ptgKey] = instance;
}
//[Obsolete]
//public static void SetBorderLeft(LF.Utils.NPOI.SS.UserModel.CellBorderType border, Region region, HSSFSheet sheet,
// HSSFWorkbook workbook)
//{
// SetBorderLeft(border, toCRA(region), sheet, workbook);
//}
/// <summary>
/// Sets the left border for a region of cells by manipulating the cell style
/// of the individual cells on the left
/// </summary>
/// <param name="border">The new border</param>
/// <param name="region">The region that should have the border</param>
/// <param name="sheet">The sheet that the region is on.</param>
/// <param name="workbook">The workbook that the region is on.</param>
public static void SetBorderLeft(LF.Utils.NPOI.SS.UserModel.BorderStyle border, CellRangeAddress region, HSSFSheet sheet,
HSSFWorkbook workbook)
{
int rowStart = region.FirstRow;
int rowEnd = region.LastRow;
int column = region.FirstColumn;
CellPropertySetter cps = new CellPropertySetter(workbook, HSSFCellUtil.BORDER_LEFT, (int)border);
for (int i = rowStart; i <= rowEnd; i++)
{
cps.SetProperty(HSSFCellUtil.GetRow(i, sheet), column);
}
}
/// <summary>
/// Adds any formatting to text encoded using the FormattedTextToDB function
/// </summary>
/// <param name="toFormat">Encoded text to decode</param>
/// <returns></returns>
public static string FormattedTextFromDB(string toFormat)
{
string toReturn = toFormat;
char CR;
char LF;
CR = System.Convert.ToChar(13);
LF = System.Convert.ToChar(10);
toReturn = toReturn.Replace("{<CR>}", CR.ToString());
toReturn = toReturn.Replace("{<LF>}", LF.ToString());
toReturn = toReturn.Replace("{<AP>}", "'");
return(toReturn);
}
public WorkItem(int size,
LF.Utils.Ionic.Zlib.CompressionLevel compressLevel,
CompressionStrategy strategy,
int ix)
{
this.buffer= new byte[size];
// alloc 5 bytes overhead for every block (margin of safety= 2)
int n = size + ((size / 32768)+1) * 5 * 2;
this.compressed = new byte[n];
this.compressor = new ZlibCodec();
this.compressor.InitializeDeflate(compressLevel, false);
this.compressor.OutputBuffer = this.compressed;
this.compressor.InputBuffer = this.buffer;
this.index = ix;
}
internal ExcelStyle(ExcelStyles styles, LF.Utils.EPPlus.XmlHelper.ChangedEventHandler ChangedEvent, int positionID, string Address, int xfsId) :
base(styles, ChangedEvent, positionID, Address)
{
Index = xfsId;
ExcelXfs xfs;
if (positionID > -1)
{
xfs = _styles.CellXfs[xfsId];
}
else
{
xfs = _styles.CellStyleXfs[xfsId];
}
Styles = styles;
PositionID = positionID;
Numberformat = new ExcelNumberFormat(styles, ChangedEvent, PositionID, Address, xfs.NumberFormatId);
Font = new ExcelFont(styles, ChangedEvent, PositionID, Address, xfs.FontId);
Fill = new ExcelFill(styles, ChangedEvent, PositionID, Address, xfs.FillId);
Border = new Border(styles, ChangedEvent, PositionID, Address, xfs.BorderId);
}
/// <summary>
/// Calculates the height of a client anchor in points.
/// </summary>
/// <param name="sheet">the sheet the anchor will be attached to</param>
/// <returns>the shape height.</returns>
public float GetAnchorHeightInPoints(LF.Utils.NPOI.SS.UserModel.ISheet sheet)
{
int y1 = Dy1;
int y2 = Dy2;
int row1 = Math.Min(Row1, Row2);
int row2 = Math.Max(Row1, Row2);
float points = 0;
if (row1 == row2)
{
points = ((y2 - y1) / 256.0f) * GetRowHeightInPoints(sheet, row2);
}
else
{
points += ((256.0f - y1) / 256.0f) * GetRowHeightInPoints(sheet, row1);
for (int i = row1 + 1; i < row2; i++)
{
points += GetRowHeightInPoints(sheet, i);
}
points += (y2 / 256.0f) * GetRowHeightInPoints(sheet, row2);
}
return points;
}
public void Add_TwoByteArrays_SecondNull()
{
byte[] array2 = null;
array2 = LF.Add(array2);
ShouldEqualWithDiff(array2.ToUTF8(), LF.ToUTF8());
}
public void Add_TwoByteArrays()
{
byte[] array = LF.Add(HT);
ShouldEqualWithDiff(array.ToUTF8(), $"{LF.ToUTF8()}{HT.ToUTF8()}");
}
internal StyleBase(ExcelStyles styles, LF.Utils.EPPlus.XmlHelper.ChangedEventHandler ChangedEvent, int PositionID, string Address)
{
_styles = styles;
_ChangedEvent = ChangedEvent;
_address = Address;
_positionID = PositionID;
}
public void SetProperty(LF.Utils.NPOI.SS.UserModel.IRow row, int column)
{
LF.Utils.NPOI.SS.UserModel.ICell cell = HSSFCellUtil.GetCell(row, column);
HSSFCellUtil.SetCellStyleProperty(cell, _workbook, _propertyName, _propertyValue);
}
public static Instruccion DescodificarInstruccion(byte codigo, ushort pos)
{
Instruccion instruccion = null;
ArgMemoria argumentoMemoria = Argumento.ConvertirEnArgumento((Main.ObtenerMemoria.ObtenerDireccion((ushort)(pos + 1)).Contenido * 256 + Main.ObtenerMemoria.ObtenerDireccion((ushort)(pos + 2)).Contenido).ToString("X4"), true) as ArgMemoria;
ArgRegistro argumentoRegistro = Argumento.ConvertirEnArgumento(Main.ObtenerNombreRegistro(codigo % 4), false) as ArgRegistro;
ArgLiteral argumentoLiteral = Argumento.ConvertirEnArgumento(Main.ObtenerMemoria.ObtenerDireccion((ushort)(pos + 1)).Contenido.ToString(), false) as ArgLiteral;
switch (codigo / 8)
{
case 0:
instruccion = new LD(argumentoRegistro);
break;
case 1:
instruccion = new ST(argumentoRegistro);
break;
case 4:
case 5:
instruccion = new LDM(argumentoMemoria, argumentoRegistro);
break;
case 6:
case 7:
instruccion = new STM(argumentoRegistro, argumentoMemoria);
break;
case 2:
case 3:
instruccion = new LDI(argumentoLiteral, argumentoRegistro);
break;
case 8:
instruccion = new ADD(argumentoRegistro);
break;
case 9:
instruccion = new SUB(argumentoRegistro);
break;
case 10:
instruccion = new CMP(argumentoRegistro);
break;
case 11:
instruccion = new INC();
break;
case 12:
instruccion = new ADI(argumentoLiteral);
break;
case 13:
instruccion = new SUI(argumentoLiteral);
break;
case 14:
case 15:
instruccion = new CMI(argumentoLiteral);
break;
case 16:
instruccion = new ANA(argumentoRegistro);
break;
case 17:
instruccion = new ORA(argumentoRegistro);
break;
case 18:
instruccion = new XRA(argumentoRegistro);
break;
case 19:
instruccion = new CMA();
break;
case 20:
instruccion = new ANI(argumentoLiteral);
break;
case 21:
instruccion = new ORI(argumentoLiteral);
break;
case 22:
case 23:
instruccion = new XRI(argumentoLiteral);
break;
case 24:
case 25:
instruccion = new JMP(argumentoMemoria);
break;
case 26:
instruccion = new BEQ(argumentoMemoria);
break;
case 27:
instruccion = new BC(argumentoMemoria);
break;
case 28:
case 29:
instruccion = new LF();
break;
case 30:
instruccion = new IN(argumentoMemoria, argumentoRegistro);
break;
case 31:
instruccion = new OUT(argumentoRegistro, argumentoMemoria);
break;
}
return(instruccion);
}
public HSSFEvaluationCell(LF.Utils.NPOI.SS.UserModel.ICell cell)
{
_cell = cell;
_evalSheet = new HSSFEvaluationSheet((HSSFSheet)cell.Sheet);
}
public async Task OnTick()
{
await Task.FromResult(0);
try
{
PP.LastFlatbed(PP.Position.GetNearestFlatbed());
if (PP.CurrentVehicle == LF)
{
Game.DisableControlThisFrame(0, Control.VehicleMoveUpDown);
if (!LF.IsControlOutside())
{
if (manualControl)
{
if (Game.IsControlPressed(0, liftKey))
{
LF.DropBedManually(true);
}
if (Game.IsControlPressed(0, lowerKey))
{
LF.DropBedManually(false);
}
}
else
{
if (Game.IsControlJustPressed(0, hookKey))
{
await LF.DropBed();
}
}
}
FreezeEntityPosition(LF.Handle, false);
LF.IsPersistent = false;
if (LF.CurrentTowingVehicle().Handle != 0 && PP.IsInVehicle(LF))
{
if (Game.IsControlPressed(2, Control.VehicleAccelerate))
{
ApplyForceToEntity(Game.Player.LastVehicle.Handle, 3, 0F, -0.04F, 0F, 0F, 0F, 0F, 0, true, true, true, true, true);
}
if (Game.IsControlPressed(2, Control.VehicleBrake))
{
ApplyForceToEntity(Game.Player.LastVehicle.Handle, 3, 0F, 0.04F, 0F, 0F, 0F, 0F, 0, true, true, true, true, true);
}
}
}
else
{
LF.IsPersistent = true;
}
if (PP.IsInVehicle())
{
if (PP.CurrentVehicle.IsOnAllWheels)
{
if (DecorGetFloat(PP.CurrentVehicle.Handle, gHeightDecor) == 0f)
{
DecorSetFloat(PP.CurrentVehicle.Handle, gHeightDecor, PP.CurrentVehicle.HeightAboveGround);
}
}
if (PP.CurrentVehicle.IsThisFlatbed3() && !LFList.Contains(PP.CurrentVehicle))
{
LFList.Add(PP.CurrentVehicle);
}
}
if (LF.Exists())
{
if (!PP.IsInVehicle(LF) && LF.IsControlOutside() && (PP.Position.DistanceTo(LF.ControlDummyPos()) <= 2f | PP.Position.DistanceTo(LF.ControlDummy2Pos()) <= 2f))
{
if (manualControl)
{
DisplayHelpTextThisFrame(String.Format(GetLangEntry("INM_FB_HELP", "Press {0} to lift/lower the bed."), $"{liftKey.GetButtonIcon()} {lowerKey.GetButtonIcon()}"));
if (Game.IsControlPressed(0, liftKey))
{
LF.DropBedManually(true);
}
if (Game.IsControlPressed(0, lowerKey))
{
LF.DropBedManually(false);
}
}
else
{
DisplayHelpTextThisFrame(String.Format(GetLangEntry("INM_FB_HELP", "Press {0} to lift/lower the bed."), hookKey.GetButtonIcon()));
if (Game.IsControlJustPressed(0, hookKey))
{
await LF.DropBed();
}
}
}
if (!DecorGetBool(LF.Handle, helpDecor) && LV.IsThisFlatbed3())
{
if (manualControl)
{
DisplayHelpTextThisFrame(String.Format(GetLangEntry("INM_FB_HELP", "Press {0} to lift/lower the bed."), $"{liftKey.GetButtonIcon()} {lowerKey.GetButtonIcon()}"));
}
else
{
DisplayHelpTextThisFrame(String.Format(GetLangEntry("INM_FB_HELP", "Press {0} to lift/lower the bed."), hookKey.GetButtonIcon()));
}
DecorSetBool(LF.Handle, helpDecor, true);
}
if (marker)
{
LF.DrawMarkerTick();
}
if (LF.IsFlatbedDropped())
{
LF.TurnOnIndicators();
}
else
{
LF.TurnOffIndicators();
}
if (LF.CurrentTowingVehicle().Handle != 0)
{
if (!LF.CurrentTowingVehicle().IsAttachedTo(LF))
{
LF.CurrentTowingVehicle(null);
TriggerServerEvent("flatbed:SetTowingVehicle", PP.Handle, LF.Handle, 0);
}
}
if (DoesEntityExist(GetEntityAttachedTo(LF.Handle)) && LF.CurrentTowingVehicle().Handle == 0)
{
LF.CurrentTowingVehicle(GetEntityAttachedTo(LF.Handle));
TriggerServerEvent("flatbed:SetTowingVehicle", PP.Handle, LF.Handle, GetEntityAttachedTo(LF.Handle));
}
if (PP.IsInVehicle()) //Player is in vehicle
{
//Detach towing vehicle if player is inside towing vehicle
if (PP.CurrentVehicle == LF.CurrentTowingVehicle())
{
if (LV.IsVehicleFacingFlatbed(LF))
{
await LF.CurrentTowingVehicle().DetachToFix(false);
}
else
{
await LF.CurrentTowingVehicle().DetachToFix(true);
}
LF.CurrentTowingVehicle().IsPersistent = false;
LF.CurrentTowingVehicle(null);
TriggerServerEvent("flatbed:SetTowingVehicle", PP.Handle, LF.Handle, 0);
}
//Load vehicle while player is pressing hookkey on bed
if (LV.IsAlive && LV.Position.DistanceTo(LF.AttachDummyPos()) <= 2f)
{
if (!LV.IsThisFlatbed3() && LF.CurrentTowingVehicle().Handle == 0 && AC.Contains(LV.ClassType))
{
DisplayHelpTextThisFrame(String.Format(GetLangEntry("INM_FB_HOOK", "Press {0} to load {1}."), hookKey.GetButtonIcon(), PP.CurrentVehicle.LocalizedName));
if (Game.IsControlJustPressed(0, hookKey))
{
LF.CurrentTowingVehicle(PP.CurrentVehicle);
TriggerServerEvent("flatbed:SetTowingVehicle", PP.Handle, LF.Handle, PP.CurrentVehicle.Handle);
PP.CurrentVehicle.IsEngineRunning = false;
PP.CurrentVehicle.IsPersistent = true;
if (PP.CurrentVehicle == LF.CurrentTowingVehicle())
{
PP.Task.LeaveVehicle(LF.CurrentTowingVehicle(), true);
}
await Delay(3000);
if (LV.IsVehicleFacingFlatbed(LF))
{
LV.AttachToFix(LF, LF.AttachDummyIndex(), LV.AttachCoords(), Vector3.Zero);
}
else
{
LV.AttachToFix(LF, LF.AttachDummyIndex(), LV.AttachCoords(), new Vector3(0f, 0f, 180f));
}
}
}
}
//Load vehicle while player is pressing hookkey on attach marker
if (LF.AttachPosition().IsAnyVehicleNearAttachPosition(2f))
{
if (!LV.IsThisFlatbed3() && LF.CurrentTowingVehicle().Handle == 0 && LF.IsFlatbedDropped() && AC.Contains(LV.ClassType))
{
if (LV.Model != LF.Model)
{
DisplayHelpTextThisFrame(String.Format(GetLangEntry("INM_FB_HOOK", "Press {0} to load {1}."), hookKey.GetButtonIcon(), LV.LocalizedName));
if (Game.IsControlJustPressed(0, hookKey))
{
LF.CurrentTowingVehicle(LV);
TriggerServerEvent("flatbed:SetTowingVehicle", PP.Handle, LF.Handle, LV.Handle);
LV.IsPersistent = true;
if (DecorGetFloat(LF.CurrentTowingVehicle().Handle, gHeightDecor) == 0f && LV.IsOnAllWheels)
{
DecorSetFloat(LF.CurrentTowingVehicle().Handle, gHeightDecor, LF.CurrentTowingVehicle().HeightAboveGround);
}
FreezeEntityPosition(LF.Handle, true);
if (PP.CurrentVehicle == LV)
{
PP.Task.LeaveVehicle();
}
if (LV.IsVehicleFacingFlatbed(LF))
{
do
{
PP.Task.GoTo(LV.GetRopeHook());
await Delay(100);
} while (!(PP.Position.DistanceTo(LV.GetRopeHook()) <= 1.5f));
}
else
{
do
{
PP.Task.GoTo(LV.GetRopeHookRear());
await Delay(100);
} while (!(PP.Position.DistanceTo(LV.GetRopeHookRear()) <= 1.5f));
}
PP.Task.ClearAll();
//Vehicle heading is almost same as Flatbed
if (LV.IsVehicleFacingFlatbed(LF))
{
TriggerServerEvent("flatbed:AddRope", PP.Handle, LF.Handle, LV.Handle);
ES = false;
Rope rope = World.AddRope((RopeType)6, LF.WinchDummyPos(), Vector3.Zero, LF.WinchDummyPos().DistanceTo(LV.GetRopeHook()), 0.1f, false);
rope.AttachEntities(LF, LF.WinchDummyPos(), LV, LV.GetRopeHook(), LF.WinchDummyPos().DistanceTo(LV.GetRopeHook()));
rope.ActivatePhysics();
do
{
if (ES == true)
{
ES = false;
rope.StopWinding();
rope.DetachEntity(LF);
rope.DetachEntity(LV);
rope.Delete();
return;
}
if (!LV.IsAnyPedBlockingVehicle(LF))
{
rope.StartWinding();
Game.DisableControlThisFrame(0, Control.VehicleMoveUpDown);
}
await Delay(5);
} while (!(rope.Length <= 1.9f));
rope.StopWinding();
rope.DetachEntity(LF);
rope.DetachEntity(LV);
rope.Delete();
FreezeEntityPosition(LF.Handle, false);
LV.AttachToFix(LF, LF.AttachDummyIndex(), LV.AttachCoords(), Vector3.Zero);
}
//Vehicle heading is the opposite of Flatbed
else
{
TriggerServerEvent("flatbed:AddRope", PP.Handle, LF.Handle, LV.Handle);
ES = false;
Rope rope = World.AddRope((RopeType)6, LF.WinchDummyPos(), Vector3.Zero, LF.WinchDummyPos().DistanceTo(LV.GetRopeHookRear()), 0.1f, false);
rope.AttachEntities(LF, LF.WinchDummyPos(), LV, LV.GetRopeHookRear(), LF.WinchDummyPos().DistanceTo(LV.GetRopeHookRear()));
rope.ActivatePhysics();
do
{
if (ES == true)
{
ES = false;
rope.StopWinding();
rope.DetachEntity(LF);
rope.DetachEntity(LV);
rope.Delete();
return;
}
if (!LV.IsAnyPedBlockingVehicle(LF))
{
rope.StartWinding();
Game.DisableControlThisFrame(0, Control.VehicleMoveUpDown);
}
await Delay(5);
} while (!(rope.Length <= 1.9f));
rope.StopWinding();
rope.DetachEntity(LF);
rope.DetachEntity(LV);
rope.Delete();
FreezeEntityPosition(LF.Handle, false);
LV.AttachToFix(LF, LF.AttachDummyIndex(), LV.AttachCoords(), Vector3.Zero);
}
}
}
}
}
}
else //Player is not in vehicle
{
//Unload vehicle while flatbed is lowered
if (LF.IsFlatbedDropped() && PP.Position.DistanceTo(LF.AttachDummyPos()) <= 3f)
{
if (World.GetDistance(LF.CurrentTowingVehicle().Position, PP.Position) <= 3f)
{
DisplayHelpTextThisFrame(String.Format(GetLangEntry("INM_FB_UNHOOK", "Press {0} to unload {1}."), hookKey.GetButtonIcon(), LF.CurrentTowingVehicle().LocalizedName));
if (Game.IsControlJustPressed(0, hookKey))
{
Vehicle towVeh = LF.CurrentTowingVehicle();
FreezeEntityPosition(LF.Handle, true);
towVeh.SteeringScale = 0f;
if (towVeh.IsVehicleFacingFlatbed(LF))
{
await towVeh.DetachToFix(false);
}
else
{
await towVeh.DetachToFix(true);
}
await Delay(1000);
if (towVeh.IsDriveable2())
{
PP.Task.EnterVehicle(towVeh, VehicleSeat.Driver, 5000, 1f);
do
{
Game.DisableControlThisFrame(0, Control.VehicleMoveUpDown);
await Delay(5);
} while (!(towVeh.Position.DistanceTo(LF.AttachPosition()) <= 2f));
}
else
{
do
{
if (towVeh.IsVehicleFacingFlatbed(LF))
{
towVeh.PushVehicleBack();
}
else
{
towVeh.PushVehicleForward();
}
Game.DisableControlThisFrame(0, Control.VehicleMoveUpDown);
await Delay(5);
} while (!(towVeh.Position.DistanceTo(LF.AttachPosition()) <= 2f));
}
FreezeEntityPosition(LF.Handle, false);
towVeh.IsPersistent = false;
LF.CurrentTowingVehicle(null);
TriggerServerEvent("flatbed:SetTowingVehicle", PP.Handle, LF.Handle, 0);
}
}
}
if (LF.CurrentTowingVehicle().Handle == 0 && LF.IsFlatbedDropped() && LF.AttachPosition().IsAnyVehicleNearAttachPosition(2f))
{
Vehicle thatVehicle = PP.Position.WorldGetClosestVehicle();
//Vehicle heading is almost same as Flatbed
if (thatVehicle.Model != LF.Model && AC.Contains(thatVehicle.ClassType) && PP.Position.DistanceTo(thatVehicle.GetRopeHook()) <= 1.5f)
{
DisplayHelpTextThisFrame(String.Format(GetLangEntry("INM_FB_HOOK", "Press {0} to load {1}."), hookKey.GetButtonIcon(), thatVehicle.LocalizedName));
if (Game.IsControlJustPressed(0, hookKey))
{
LF.CurrentTowingVehicle(thatVehicle);
TriggerServerEvent("flatbed:SetTowingVehicle", PP.Handle, LF.Handle, thatVehicle.Handle);
thatVehicle.IsPersistent = true;
if (thatVehicle.IsOnAllWheels)
{
if (DecorGetFloat(thatVehicle.Handle, gHeightDecor) == 0f)
{
DecorSetFloat(thatVehicle.Handle, gHeightDecor, thatVehicle.HeightAboveGround);
}
}
FreezeEntityPosition(LF.Handle, true);
TriggerServerEvent("flatbed:AddRope", PP.Handle, LF.Handle, LV.Handle);
ES = false;
Rope rope = World.AddRope((RopeType)6, LF.WinchDummyPos(), Vector3.Zero, LF.WinchDummyPos().DistanceTo(thatVehicle.GetRopeHook()), 0.1f, false);
rope.AttachEntities(LF, LF.WinchDummyPos(), thatVehicle, thatVehicle.GetRopeHook(), LF.WinchDummyPos().DistanceTo(thatVehicle.GetRopeHook()));
rope.ActivatePhysics();
do
{
if (ES == true)
{
ES = false;
rope.StopWinding();
rope.DetachEntity(LF);
rope.DetachEntity(thatVehicle);
rope.Delete();
return;
}
if (!thatVehicle.IsAnyPedBlockingVehicle(LF))
{
rope.StartWinding();
Game.DisableControlThisFrame(0, Control.VehicleMoveUpDown);
}
await Delay(5);
} while (!(rope.Length <= 1.9f));
rope.StopWinding();
rope.DetachEntity(LF);
rope.DetachEntity(thatVehicle);
rope.Delete();
FreezeEntityPosition(LF.Handle, false);
thatVehicle.AttachToFix(LF, LF.GetBoneIndex("misc_a"), thatVehicle.AttachCoords(), Vector3.Zero);
}
}
//Vehicle heading is the opposite of Flatbed
if (thatVehicle.Model != LF.Model && AC.Contains(thatVehicle.ClassType) && PP.Position.DistanceTo(thatVehicle.GetRopeHookRear()) <= 1.5f)
{
DisplayHelpTextThisFrame(String.Format(GetLangEntry("INM_FB_HOOK", "Press {0} to load {1}."), hookKey.GetButtonIcon(), thatVehicle.LocalizedName));
if (Game.IsControlJustPressed(0, hookKey))
{
LF.CurrentTowingVehicle(thatVehicle);
TriggerServerEvent("flatbed:SetTowingVehicle", PP.Handle, LF.Handle, thatVehicle.Handle);
thatVehicle.IsPersistent = true;
if (thatVehicle.IsOnAllWheels)
{
if (DecorGetFloat(thatVehicle.Handle, gHeightDecor) == 0f)
{
DecorSetFloat(thatVehicle.Handle, gHeightDecor, thatVehicle.HeightAboveGround);
}
}
FreezeEntityPosition(LF.Handle, true);
TriggerServerEvent("flatbed:AddRope", PP.Handle, LF.Handle, LV.Handle);
ES = false;
Rope rope = World.AddRope((RopeType)6, LF.WinchDummyPos(), Vector3.Zero, LF.WinchDummyPos().DistanceTo(thatVehicle.GetRopeHookRear()), 0.1f, false);
rope.AttachEntities(LF, LF.WinchDummyPos(), thatVehicle, thatVehicle.GetRopeHookRear(), LF.WinchDummyPos().DistanceTo(thatVehicle.GetRopeHookRear()));
rope.ActivatePhysics();
do
{
if (ES == true)
{
ES = false;
rope.StopWinding();
rope.DetachEntity(LF);
rope.DetachEntity(thatVehicle);
rope.Delete();
return;
}
if (!thatVehicle.IsAnyPedBlockingVehicle(LF))
{
rope.StartWinding();
Game.DisableControlThisFrame(0, Control.VehicleMoveUpDown);
}
await Delay(5);
} while (!(rope.Length <= 1.9f));
rope.StopWinding();
rope.DetachEntity(LF);
rope.DetachEntity(thatVehicle);
rope.Delete();
FreezeEntityPosition(LF.Handle, false);
thatVehicle.AttachToFix(LF, LF.GetBoneIndex("misc_a"), thatVehicle.AttachCoords(), new Vector3(0f, 0f, 180f));
}
}
}
}
if (World.GetDistance(LF.CurrentTowingVehicle().Position, LF.Position) >= 20f)
{
LF.CurrentTowingVehicle().IsPersistent = false;
LF.CurrentTowingVehicle(null);
TriggerServerEvent("flatbed:SetTowingVehicle", PP.Handle, LF.Handle, 0);
}
}
}
catch (Exception ex)
{
Debug.WriteLine($"{ex.Message}{ex.StackTrace}");
}
}
internal override bool Evaluate(LF.Utils.Ionic.Zip.ZipEntry entry)
{
bool result = Left.Evaluate(entry);
switch (Conjunction)
{
case LogicalConjunction.AND:
if (result)
result = Right.Evaluate(entry);
break;
case LogicalConjunction.OR:
if (!result)
result = Right.Evaluate(entry);
break;
case LogicalConjunction.XOR:
result ^= Right.Evaluate(entry);
break;
}
return result;
}
internal override bool Evaluate(LF.Utils.Ionic.Zip.ZipEntry entry)
{
FileAttributes fileAttrs = entry.Attributes;
return _Evaluate(fileAttrs);
}
internal override bool Evaluate(LF.Utils.Ionic.Zip.ZipEntry entry)
{
bool result = (ObjectType == 'D')
? entry.IsDirectory
: !entry.IsDirectory;
if (Operator != ComparisonOperator.EqualTo)
result = !result;
return result;
}
internal override bool Evaluate(LF.Utils.Ionic.Zip.ZipEntry entry)
{
DateTime x;
switch (Which)
{
case WhichTime.atime:
x = entry.AccessedTime;
break;
case WhichTime.mtime:
x = entry.ModifiedTime;
break;
case WhichTime.ctime:
x = entry.CreationTime;
break;
default: throw new ArgumentException("??time");
}
return _Evaluate(x);
}
internal override bool Evaluate(LF.Utils.Ionic.Zip.ZipEntry entry)
{
return _Evaluate(entry.UncompressedSize);
}
internal override bool Evaluate(LF.Utils.Ionic.Zip.ZipEntry entry)
{
// swap forward slashes in the entry.FileName for backslashes
string transformedFileName = entry.FileName.Replace("/", "\\");
return _Evaluate(transformedFileName);
}
internal abstract bool Evaluate(LF.Utils.Ionic.Zip.ZipEntry entry);
public void Add_TwoByteArrays_FirstNull()
{
byte[] array1 = null;
array1 = array1.Add(LF);
ShouldEqualWithDiff(array1.ToUTF8(), LF.ToUTF8());
}
public static void WriteLine(LF e, string stFormat)
{
GetStream(e).WriteLine(stFormat);
}
private bool Evaluate(LF.Utils.Ionic.Zip.ZipEntry entry)
{
bool result = _Criterion.Evaluate(entry);
return result;
}
public HSSFEvaluationCell(LF.Utils.NPOI.SS.UserModel.ICell cell, IEvaluationSheet evalSheet)
{
_cell = cell;
_evalSheet = evalSheet;
}
/// <summary>
/// Retrieve the ZipEntry items in the ZipFile that conform to the specified criteria.
/// </summary>
/// <remarks>
///
/// <para>
/// This method applies the criteria set in the FileSelector instance (as described in
/// the <see cref="FileSelector.SelectionCriteria"/>) to the specified ZipFile. Using this
/// method, for example, you can retrieve all entries from the given ZipFile that
/// have filenames ending in .txt.
/// </para>
///
/// <para>
/// Normally, applications would not call this method directly. This method is used
/// by the ZipFile class.
/// </para>
///
/// <para>
/// Using the appropriate SelectionCriteria, you can retrieve entries based on size,
/// time, and attributes. See <see cref="FileSelector.SelectionCriteria"/> for a
/// description of the syntax of the SelectionCriteria string.
/// </para>
///
/// </remarks>
///
/// <param name="zip">The ZipFile from which to retrieve entries.</param>
///
/// <returns>a collection of ZipEntry objects that conform to the criteria.</returns>
public ICollection<LF.Utils.Ionic.Zip.ZipEntry> SelectEntries(LF.Utils.Ionic.Zip.ZipFile zip)
{
if (zip == null)
throw new ArgumentNullException("zip");
var list = new List<LF.Utils.Ionic.Zip.ZipEntry>();
foreach (LF.Utils.Ionic.Zip.ZipEntry e in zip)
{
if (this.Evaluate(e))
list.Add(e);
}
return list;
}
public ArrayRecord(LF.Utils.NPOI.SS.Formula.Formula formula, CellRangeAddress8Bit range):base(range)
{
_options = 0; //YK: Excel 2007 leaves this field unset
_field3notUsed = 0;
_formula = formula;
}
/// <summary>
/// Retrieve the ZipEntry items in the ZipFile that conform to the specified criteria.
/// </summary>
/// <remarks>
///
/// <para>
/// This method applies the criteria set in the FileSelector instance (as described in
/// the <see cref="FileSelector.SelectionCriteria"/>) to the specified ZipFile. Using this
/// method, for example, you can retrieve all entries from the given ZipFile that
/// have filenames ending in .txt.
/// </para>
///
/// <para>
/// Normally, applications would not call this method directly. This method is used
/// by the ZipFile class.
/// </para>
///
/// <para>
/// This overload allows the selection of ZipEntry instances from the ZipFile to be restricted
/// to entries contained within a particular directory in the ZipFile.
/// </para>
///
/// <para>
/// Using the appropriate SelectionCriteria, you can retrieve entries based on size,
/// time, and attributes. See <see cref="FileSelector.SelectionCriteria"/> for a
/// description of the syntax of the SelectionCriteria string.
/// </para>
///
/// </remarks>
///
/// <param name="zip">The ZipFile from which to retrieve entries.</param>
///
/// <param name="directoryPathInArchive">
/// the directory in the archive from which to select entries. If null, then
/// all directories in the archive are used.
/// </param>
///
/// <returns>a collection of ZipEntry objects that conform to the criteria.</returns>
public ICollection<LF.Utils.Ionic.Zip.ZipEntry> SelectEntries(LF.Utils.Ionic.Zip.ZipFile zip, string directoryPathInArchive)
{
if (zip == null)
throw new ArgumentNullException("zip");
var list = new List<LF.Utils.Ionic.Zip.ZipEntry>();
// workitem 8559
string slashSwapped = (directoryPathInArchive == null) ? null : directoryPathInArchive.Replace("/", "\\");
// workitem 9174
if (slashSwapped != null)
{
while (slashSwapped.EndsWith("\\"))
slashSwapped = slashSwapped.Substring(0, slashSwapped.Length - 1);
}
foreach (LF.Utils.Ionic.Zip.ZipEntry e in zip)
{
if (directoryPathInArchive == null || (Path.GetDirectoryName(e.FileName) == directoryPathInArchive)
|| (Path.GetDirectoryName(e.FileName) == slashSwapped)) // workitem 8559
if (this.Evaluate(e))
list.Add(e);
}
return list;
}
//[Obsolete]
//public static void SetBorderTop(LF.Utils.NPOI.SS.UserModel.CellBorderType border, Region region, HSSFSheet sheet,
// HSSFWorkbook workbook)
//{
// SetBorderTop(border, toCRA(region), sheet, workbook);
//}
/// <summary>
/// Sets the borderBottom attribute of the HSSFRegionUtil object
/// </summary>
/// <param name="border">The new border</param>
/// <param name="region">The region that should have the border</param>
/// <param name="sheet">The sheet that the region is on.</param>
/// <param name="workbook">The workbook that the region is on.</param>
public static void SetBorderTop(LF.Utils.NPOI.SS.UserModel.BorderStyle border, CellRangeAddress region, HSSFSheet sheet,
HSSFWorkbook workbook)
{
int colStart = region.FirstColumn;
int colEnd = region.LastColumn;
int rowIndex = region.FirstRow;
CellPropertySetter cps = new CellPropertySetter(workbook, HSSFCellUtil.BORDER_TOP, (int)border);
LF.Utils.NPOI.SS.UserModel.IRow row = HSSFCellUtil.GetRow(rowIndex, sheet);
for (int i = colStart; i <= colEnd; i++)
{
cps.SetProperty(row, i);
}
}
public void Add_IgnoringNonStringNonByteArray()
{
byte[] array = LF.Add(TEXT_DATA, 1, CR, DateTime.Now, 10.5, 785m, new UnitTest(), FF);
ShouldEqualWithDiff(array.ToUTF8(), $"{LF.ToUTF8()}{TEXT_DATA}{CR.ToUTF8()}{FF.ToUTF8()}");
}
public void Add_FourByteArrays()
{
byte[] array = LF.Add(HT, CR, FF);
ShouldEqualWithDiff(array.ToUTF8(), $"{LF.ToUTF8()}{HT.ToUTF8()}{CR.ToUTF8()}{FF.ToUTF8()}");
}
public override void Serialize(LF.Utils.NPOI.Util.ILittleEndianOutput out1)
{
}
public override void Serialize(LF.Utils.NPOI.Util.ILittleEndianOutput out1)
{
out1.WriteShort(field_1_cEntries);
}
/// <summary>
/// Extracts the header footer.
/// </summary>
/// <param name="hf">The header or footer</param>
/// <returns></returns>
private String ExtractHeaderFooter(LF.Utils.NPOI.SS.UserModel.IHeaderFooter hf)
{
StringBuilder text = new StringBuilder();
if (hf.Left != null)
{
text.Append(hf.Left);
}
if (hf.Center != null)
{
if (text.Length > 0)
text.Append("\t");
text.Append(hf.Center);
}
if (hf.Right != null)
{
if (text.Length > 0)
text.Append("\t");
text.Append(hf.Right);
}
if (text.Length > 0)
text.Append("\n");
return text.ToString();
}
internal ExcelNumberFormat(ExcelStyles styles, LF.Utils.EPPlus.XmlHelper.ChangedEventHandler ChangedEvent, int PositionID, string Address, int index) :
base(styles, ChangedEvent, PositionID, Address)
{
Index = index;
}
public void Add_ThreeByteArraysAndTwoStrings()
{
byte[] array = LF.Add(TEXT_DATA, CR, TEXT_DATA, FF);
ShouldEqualWithDiff(array.ToUTF8(), $"{LF.ToUTF8()}{TEXT_DATA}{CR.ToUTF8()}{TEXT_DATA}{FF.ToUTF8()}");
}
static System.IO.TextWriter GetStream(LF e)
{
return(m_out[(int)e]);
}
public static string readOthersData(string[,] masterInventorList)
{
String lineOfFile; // this is the file of others' document data.
{
//string temp = masterInventorList[0, 0]; // this works! Can see mIL.
//var fileName = string.Format("{0}\\goodotherdata100-short.csv", Directory.GetCurrentDirectory());
var fileName = string.Format("{0}\\goodotherdata100-fake.csv", Directory.GetCurrentDirectory());
string patentNumber, patentDate11, inventorNames, assignee, patentTitle, APD, CPCcodes;
using (StreamReader sr = new StreamReader(fileName))
{
string currentLine;
// currentLine will be null when the StreamReader reaches the end of file
string[,] masterRiskList = new string[10000, 24]; // store others' docouments of concern
int concernedEntryCounter = 0;
string docPath = Environment.GetFolderPath(Environment.SpecialFolder.MyDocuments);
//fileOut = new System.IO.StreamWriter("out1.txt");
while ((currentLine = sr.ReadLine()) != null)
{
(patentNumber, patentDate11, inventorNames, assignee, patentTitle, APD, CPCcodes) = getOthersFields(currentLine);
//return (patentNumber, patentDate11, inventorNames, assignee, patentTitle, APD, CPCcodes);
// iterate over inventor names
// create other versions of names
// split "inventors" into as many full names as there are inventors
string[] inventorsFullNames;
int numberInventors;
inventorsFullNames = inventorNames.Split(';');
numberInventors = inventorsFullNames.Length;
bool somethingToWrite = false;
for (int i = 1; i < numberInventors + 1; i++)
{
string fullName = inventorsFullNames[i - 1];
string lastName, firstName, middleName;
//
// delete addresses (in parentheses)
// delete quote and commas
//
string regex = "(\\[.*\\])|(\".*\")|('.*')|(\\(.*\\))";
string fullName_cleaned = Regex.Replace(fullName, regex, "");
fullName_cleaned = Regex.Replace(fullName_cleaned, @",", ""); // remove commas
fullName_cleaned = fullName_cleaned.Trim('"'); // delete quotes
fullName_cleaned = fullName_cleaned.Replace(".", string.Empty); // delete periods
fullName_cleaned = fullName_cleaned.Replace("-", string.Empty); // delete hyphens
fullName_cleaned = fullName_cleaned.ToUpper(); // convert to upper
string[] inventorNameFragments;
inventorNameFragments = fullName_cleaned.Split(' ');
int numberOfNameFragments = inventorNameFragments.Length;
lastName = inventorNameFragments[0];
try
{
firstName = inventorNameFragments[1];
}
catch
{
firstName = "";
}
try
{
middleName = inventorNameFragments[2];
}
catch
{
middleName = "";
}
// DETERMINE NAME OPTIONS FOR THIS "OTHER" DOCUMENT.
string space = Convert.ToString(' ');
string LFM, LF, LF1; // LFM = Last, First, Middle, LF = last first, LF1 = last and first letter of first.
string LFM1, LF1M1; // LFM1 = last first middle initial, LF1M1 = last and first initial and middle initial
LFM = String.Concat(lastName, space, firstName, space, middleName);
LF = String.Concat(lastName, space, firstName);
try {
LF1 = String.Concat(lastName, space, firstName.Substring(0, 1));
}
catch
{
LF1 = lastName;
}
try
{
LFM1 = String.Concat(lastName, space, firstName, space, middleName.Substring(0, 1));
}
catch
{
LFM1 = "";
}
try
{
LF1M1 = String.Concat(lastName, space, firstName.Substring(0, 1), space, middleName.Substring(0, 1));
}
catch
{
LF1M1 = "";
}
// Is this inventor (an "other" inventor) named in masterInventorList in any way?
// Putting it another way:
// 1. earlier, we read a group of "our" patent documents
// 2. from "our" list, we created masterInventorList[i, j]
// 3. mIL contains various spellings of our inventor names, and bibliographic data from their patents
// 4. the comments below show where this info is located in mIL (LF1 - e.g., means Last name + Initial of first name.)
// masterInventorList[presentRowNumber, 0] = LFM;
// masterInventorList[presentRowNumber, 1] = LF;
// masterInventorList[presentRowNumber, 2] = LF1;
// masterInventorList[presentRowNumber, 3] = LFM1;
// masterInventorList[presentRowNumber, 4] = LF1M1;
// masterInventorList[presentRowNumber, 5] = patentNo;
// masterInventorList[presentRowNumber, 6] = title;
// masterInventorList[presentRowNumber, 7] = date1;
// masterInventorList[presentRowNumber, 8] = date2;
// masterInventorList[presentRowNumber, 9] = assignee;
// masterInventorList[presentRowNumber, 10] = inventorString;
// masterInventorList[presentRowNumber, 11] = CPCcodes;
//
// 5. At this point (in the instant method -- readOthersData -- we have one row of a record of others'
// patent publications in a relevant time period and CPC group.
// 6. What we want to determine now -- DO ANY OF "OUR" INVENTORS NAMES "MATCH" THE NAME OF THE PRESENT (OTHER) PUBLICATION?
// IF YES, THEN FLAG THIS OTHER RECORD AS A POSSIBLE THEFT FROM US.
//
// Iterate through masterInventorList, looking for matches.
suspicionLevel thisSuspicion;
thisSuspicion = suspicionLevel.Low;
for (int j = 0; j < 15; j++) // to do -- need to set "1000" correctly
{
string temp1 = masterInventorList[1, 0];
string ourName, concerningName;
ourName = LFM.Trim();
concerningName = masterInventorList[j, 0];
try
{
concerningName = concerningName.Trim();
}
catch
{
concerningName = "nooneMatchesThis";
}
if (ourName == concerningName)
{
// match of complete name -- classify as highly suspicous
thisSuspicion = suspicionLevel.High;
masterRiskList[concernedEntryCounter, 0] = thisSuspicion.ToString();
masterRiskList[concernedEntryCounter, 1] = patentNumber;
masterRiskList[concernedEntryCounter, 2] = patentDate11;
masterRiskList[concernedEntryCounter, 3] = inventorNames;
masterRiskList[concernedEntryCounter, 4] = assignee;
masterRiskList[concernedEntryCounter, 5] = patentTitle;
masterRiskList[concernedEntryCounter, 6] = APD;
masterRiskList[concernedEntryCounter, 7] = CPCcodes;
//to do - there are many more fields to store
}
else if (thisSuspicion != suspicionLevel.High && ((LF.Trim() == masterInventorList[j, 1])) || (LF1.Trim() == masterInventorList[j, 2]))
{
// match of last and first names -- classify as moderately suspicous
thisSuspicion = suspicionLevel.Medium;
masterRiskList[concernedEntryCounter, 1] = thisSuspicion.ToString();
//to do - there are many more fields to store
}
}
if (thisSuspicion.ToString() != suspicionLevel.Low.ToString()) // have we logged this "other" publication?
{
// we have stored this publication as suspicious, so
// increment the pointer for that table
// if there is something to write, write it.
string vertBar = Convert.ToString('|');
string lineToWrite;
string a, b, d, c, e, f, g, h;
a = masterRiskList[concernedEntryCounter, 0];
b = masterRiskList[concernedEntryCounter, 1];
c = masterRiskList[concernedEntryCounter, 2];
d = masterRiskList[concernedEntryCounter, 3];
e = masterRiskList[concernedEntryCounter, 4];
f = masterRiskList[concernedEntryCounter, 5];
g = masterRiskList[concernedEntryCounter, 6];
h = masterRiskList[concernedEntryCounter, 7];
lineToWrite = String.Concat(a, vertBar, b, vertBar, c, vertBar, d, vertBar, e, vertBar, f, vertBar, g, vertBar, h);
using (StreamWriter outputFile = new StreamWriter(Path.Combine(docPath, "out2.txt"), true))
{
outputFile.WriteLine(lineToWrite);
}
concernedEntryCounter += 1;
}
}
} // end of while loop.
}
}
lineOfFile = "test";
return(lineOfFile); // return the data.
}
/// <summary> Initialize the logging system. </summary>
/// <param name="stArgs">The command line arguments.</param>
/// <remarks>
/// Do a prelim sweep of command line args to set streams.
/// We can't use the ErrorHandling subsystem or the Options Subsystem because
/// logging is a more fundamental subsystem that the others depend on.
/// <para>Activate via:
/// '-l:XXXXX' where XXXXX is {Codegen, Verbose, Parser, Resolve }
/// Can specify multiple switches</para>
/// </remarks>
public static void InitLogging(string [] stArgs)
{
//m_out = new System.IO.StreamWriter("blue.log");
// Set all streams to null by default
m_out = new System.IO.TextWriter[((int)LF.All) + 1];
for (int i = 0; i < m_out.Length; i++)
{
m_out[i] = System.IO.TextWriter.Null;
}
// Check command line switches
for (int i = 0; i < stArgs.Length; i++)
{
string st = stArgs[i];
if (st.Length < 3)
{
continue;
}
if (st[0] != '-' && st[0] != '/')
{
continue;
}
if (st[1] != 'l')
{
continue;
}
if (st[2] != ':')
{
continue;
}
string stSub = st.Substring(3);
LF lf = LF.Invalid;
if (stSub == "Codegen")
{
lf = LF.CodeGen;
}
else if (stSub == "Verbose")
{
lf = LF.Verbose;
}
else if (stSub == "Parser")
{
lf = LF.Parser;
}
else if (stSub == "Resolve")
{
lf = LF.Resolve;
}
if (lf != LF.Invalid)
{
SetStream(lf, Console.Out);
}
// Clear option so that it doesn't get confused with a real option
stArgs[i] = "";
}
//SetStream(LF.Verbose, Console.Out);
//SetStream(LF.CodeGen, Console.Out);
CreateAllStream();
WriteLine(LF.All, "Logging services initialized");
}
internal void FinishOutputStream(Stream s,
CountingStream entryCounter,
Stream encryptor,
Stream compressor,
LF.Utils.Ionic.Crc.CrcCalculatorStream output)
{
if (output == null) return;
output.Close();
// by calling Close() on the deflate stream, we write the footer bytes, as necessary.
if ((compressor as LF.Utils.Ionic.Zlib.DeflateStream) != null)
compressor.Close();
#if BZIP
else if ((compressor as LF.Utils.Ionic.BZip2.BZip2OutputStream) != null)
compressor.Close();
#if !NETCF
else if ((compressor as LF.Utils.Ionic.BZip2.ParallelBZip2OutputStream) != null)
compressor.Close();
#endif
#endif
#if !NETCF
else if ((compressor as LF.Utils.Ionic.Zlib.ParallelDeflateOutputStream) != null)
compressor.Close();
#endif
encryptor.Flush();
encryptor.Close();
_LengthOfTrailer = 0;
_UncompressedSize = output.TotalBytesSlurped;
#if AESCRYPTO
WinZipAesCipherStream wzacs = encryptor as WinZipAesCipherStream;
if (wzacs != null && _UncompressedSize > 0)
{
s.Write(wzacs.FinalAuthentication, 0, 10);
_LengthOfTrailer += 10;
}
#endif
_CompressedFileDataSize = entryCounter.BytesWritten;
_CompressedSize = _CompressedFileDataSize; // may be adjusted
_Crc32 = output.Crc;
// Set _RelativeOffsetOfLocalHeader now, to allow for re-streaming
StoreRelativeOffset();
}
public static void WriteLine(LF e, string stFormat, params object [] arg)
{
GetStream(e).WriteLine(stFormat, arg);
}
/// <summary>
/// Prepare the given stream for output - wrap it in a CountingStream, and
/// then in a CRC stream, and an encryptor and deflator as appropriate.
/// </summary>
/// <remarks>
/// <para>
/// Previously this was used in ZipEntry.Write(), but in an effort to
/// introduce some efficiencies in that method I've refactored to put the
/// code inline. This method still gets called by ZipOutputStream.
/// </para>
/// </remarks>
internal void PrepOutputStream(Stream s,
long streamLength,
out CountingStream outputCounter,
out Stream encryptor,
out Stream compressor,
out LF.Utils.Ionic.Crc.CrcCalculatorStream output)
{
TraceWriteLine("PrepOutputStream: e({0}) comp({1}) crypto({2}) zf({3})",
FileName,
CompressionLevel,
Encryption,
_container.Name);
// Wrap a counting stream around the raw output stream:
// This is the last thing that happens before the bits go to the
// application-provided stream.
outputCounter = new CountingStream(s);
// Sometimes the incoming "raw" output stream is already a CountingStream.
// Doesn't matter. Wrap it with a counter anyway. We need to count at both
// levels.
if (streamLength != 0L)
{
// Maybe wrap an encrypting stream around that:
// This will happen BEFORE output counting, and AFTER deflation, if encryption
// is used.
encryptor = MaybeApplyEncryption(outputCounter);
// Maybe wrap a compressing Stream around that.
// This will happen BEFORE encryption (if any) as we write data out.
compressor = MaybeApplyCompression(encryptor, streamLength);
}
else
{
encryptor = compressor = outputCounter;
}
// Wrap a CrcCalculatorStream around that.
// This will happen BEFORE compression (if any) as we write data out.
output = new LF.Utils.Ionic.Crc.CrcCalculatorStream(compressor, true);
}
internal ExcelGradientFill(ExcelStyles styles, LF.Utils.EPPlus.XmlHelper.ChangedEventHandler ChangedEvent, int PositionID, string address, int index) :
base(styles, ChangedEvent, PositionID, address)
{
Index = index;
}
public static void processRecord(string record1, ref int presentRowNumber, string[,] masterInventorList)
// this is processRecord(string record1)
{
String patentNo, lastName, firstName, middleName, title, date1, date2, assignee, inventorString, CPCcodes;
int numberInventors;
string LFM, LF, LF1; // LFM = Last, First, Middle, LF = last first, LF1 = last and first letter of first.
string LFM1, LF1M1; // LFM1 = last first middle initial, LF1M1 = last and first initial and middle initial
LFM = "";
LF = ""; LF1 = ""; LFM1 = ""; LF1M1 = "";
// there should be five/six "|" in here.
// no -> error
// yes -> split into fields
(patentNo, title, date1, date2, assignee, inventorString, CPCcodes) = findFields(record1);
// split "inventors" into as many full names as there are inventors
string[] inventorsFullNames;
inventorsFullNames = inventorString.Split(';');
numberInventors = inventorsFullNames.Length;
// create other versions of names
for (int i = 1; i < numberInventors + 1; i++)
{
string fullName = inventorsFullNames[i - 1];
//
// delete addresses (in parentheses)
// delete quote and commas
//
string regex = "(\\[.*\\])|(\".*\")|('.*')|(\\(.*\\))";
string fullName_cleaned = Regex.Replace(fullName, regex, "");
fullName_cleaned = Regex.Replace(fullName_cleaned, @",", ""); // remove commas
fullName_cleaned = fullName_cleaned.Trim('"'); // delete quotes
fullName_cleaned = fullName_cleaned.Replace(".", string.Empty); // delete periods
fullName_cleaned = fullName_cleaned.Replace("-", string.Empty); // delete hyphens
fullName_cleaned = fullName_cleaned.ToUpper(); // convert to upper
string[] inventorNameFragments;
inventorNameFragments = fullName_cleaned.Split(' ');
int numberOfNameFragments = inventorNameFragments.Length;
lastName = inventorNameFragments[0];
firstName = inventorNameFragments[1];
middleName = inventorNameFragments[2];
// save flattened list of documents and names
string space = Convert.ToString(' ');
LFM = String.Concat(lastName, space, firstName, space, middleName);
LF = String.Concat(lastName, space, firstName);
LF1 = String.Concat(lastName, space, firstName.Substring(0, 1));
try
{
LFM1 = String.Concat(lastName, space, firstName, space, middleName.Substring(0, 1));
}
catch
{
LFM1 = "";
}
try
{
LF1M1 = String.Concat(lastName, space, firstName.Substring(0, 1), space, middleName.Substring(0, 1));
}
catch
{
LF1M1 = "";
}
// here we have all the info for one line of the masterInventorTable
//--------all the name versions for one intentor
//--------all the info. on one patent publicaiton.
//
try
{
masterInventorList[presentRowNumber, 0] = LFM.Trim();
}
catch
{
masterInventorList[presentRowNumber, 0] = LFM;
}
try
{
masterInventorList[presentRowNumber, 1] = LF.Trim();
}
catch
{
masterInventorList[presentRowNumber, 1] = LF;
}
try
{
masterInventorList[presentRowNumber, 2] = LF1.Trim();
}
catch
{
masterInventorList[presentRowNumber, 2] = LF1;
}
try
{
masterInventorList[presentRowNumber, 3] = LFM1.Trim();
}
catch
{
masterInventorList[presentRowNumber, 3] = LFM1;
}
try
{
masterInventorList[presentRowNumber, 4] = LF1M1.Trim();
}
catch
{
masterInventorList[presentRowNumber, 4] = LF1M1;
}
;
masterInventorList[presentRowNumber, 5] = patentNo;
masterInventorList[presentRowNumber, 6] = title;
masterInventorList[presentRowNumber, 7] = date1;
masterInventorList[presentRowNumber, 8] = date2;
masterInventorList[presentRowNumber, 9] = assignee;
masterInventorList[presentRowNumber, 10] = inventorString;
masterInventorList[presentRowNumber, 11] = CPCcodes;
presentRowNumber += 1;
}
return;
}