public void CustomOffsets()
{
// reset "book"
reset();
// get default offset
ot.DefaultOffset = SampleOffset();
// verify that random symbol has default values
Assert.AreEqual(ot.DefaultOffset.ProfitPercent, ot[SYMB].ProfitPercent);
Assert.AreEqual(ot.DefaultOffset.StopPercent, ot[SYMB].StopPercent);
Assert.AreEqual(ot.DefaultOffset.ProfitDist, ot[SYMB].ProfitDist);
Assert.AreEqual(ot.DefaultOffset.StopDist, ot[SYMB].StopDist);
// add custom offset different than default
ot[SYMB] = new OffsetInfo(POFFSET * 2, SOFFSET * 2, .5m, .5m, true, 100);
// verify custom has taken effect
Assert.AreEqual(ot.DefaultOffset.ProfitPercent / 2, ot[SYMB].ProfitPercent);
Assert.AreEqual(ot.DefaultOffset.StopPercent / 2, ot[SYMB].StopPercent);
Assert.AreEqual(ot.DefaultOffset.ProfitDist * 2, ot[SYMB].ProfitDist);
Assert.AreEqual(ot.DefaultOffset.StopDist * 2, ot[SYMB].StopDist);
// verify another symbol still has default
Assert.AreEqual(ot.DefaultOffset.ProfitPercent, ot[SYMC].ProfitPercent);
Assert.AreEqual(ot.DefaultOffset.StopPercent, ot[SYMC].StopPercent);
Assert.AreEqual(ot.DefaultOffset.ProfitDist, ot[SYMC].ProfitDist);
Assert.AreEqual(ot.DefaultOffset.StopDist, ot[SYMC].StopDist);
}
public void Execute()
{
var prevIndex = -1;
for (var i = SortedEntities.Length - 1; i >= 0; --i)
{
var entity = SortedEntities[i].Value;
if (!EntitiesIndexMap.TryGetValue(entity, out var index))
{
continue;
}
var vertexData = Vertices[entity];
var vertexIndexData = VertexIndices[entity];
var sharedComponentIndex = SharedComponentIndices[index];
var prevSharedComponentIndex = prevIndex >= 0 ? SharedComponentIndices[prevIndex] : -1;
Offsets[index] = new OffsetInfo {
Vertex = VertexCounter.Value,
VertexCount = vertexData.Length,
Indices = VertexIndexCounter.Value,
SubMeshIndex = sharedComponentIndex != prevSharedComponentIndex ? SubMeshCounter.Value : -1,
SubMesh = sharedComponentIndex != prevSharedComponentIndex ? VertexIndexCounter.Value : -1,
SubMeshMaterialId = sharedComponentIndex != prevSharedComponentIndex ? sharedComponentIndex : -1
};
if (sharedComponentIndex != prevSharedComponentIndex)
{
SubMeshCounter.Increment(1);
}
VertexCounter.Increment(vertexData.Length);
VertexIndexCounter.Increment(vertexIndexData.Length);
prevIndex = index;
}
}
public void SerializeDeserialize()
{
OffsetInfo oi = new OffsetInfo(2, 1);
string msg = OffsetInfo.Serialize(oi);
OffsetInfo co = OffsetInfo.Deserialize(msg);
Assert.AreEqual(2, oi.ProfitDist);
Assert.AreEqual(1, oi.StopDist);
}
private static string FormatMessage(OffsetInfo location, string message)
{
return(String.Concat(
location.LineNumber.ToString(CultureInfo.InvariantCulture),
":",
location.ColumnNumber.ToString(CultureInfo.InvariantCulture),
": ",
message
));
}
public void TrailStartedAfterFirePoint()
{
// setup trail tracker
TrailTracker tt = new TrailTracker();
tt.isValid = true;
const string acct = "DEFAULT";
tt.pt.DefaultAccount = acct;
tt.SendOrder += new OrderDelegate(tt_SendOrder);
//tt.SendDebug += new DebugFullDelegate(tt_SendDebug);
// set 15c trailing stop
tt.DefaultTrail = new OffsetInfo(0, .15m);
// verify it's set
Assert.AreEqual(.15m, tt.DefaultTrail.StopDist);
//
tt.TrailByDefault = true;
// put in a position to track
tt.Adjust(new PositionImpl(SYM, 11.00m, 100, 0m, acct));
// check position in tt-pt
Assert.AreEqual(1, tt.pt.Count);
// manually enter a trail
tt[SYM] = new OffsetInfo(0m, .25m);
// check if trail entered for symbol
Assert.AreEqual(.25m, tt[SYM].StopDist);
// get feed
Tick[] tape = SampleData();
// test broker
Broker b = new Broker();
// get fills over to trail tracker
b.GotFill += new FillDelegate(tt.Adjust);
// get orders from trail tracker
tt.SendOrder += new OrderDelegate(b.SendOrder);
// no orders to start
oc = 0;
// iterate through feed
for (int i = 0; i < tape.Length; i++)
{
Tick k = tape[i];
// set a date and time
k.date = 20070926;
k.time = 95500;
// execute orders, nothing to do on first two ticks
b.Execute(k);
// pass every tick to tracker
tt.newTick(k);
}
Assert.AreEqual(1, oc);
}
void CreateOffsets(
NativeHashMap <Entity, int> entitiesIndexMap,
NativeArray <SortedEntity> sortedEntities,
NativeArray <int> sharedComponentIndices,
NativeArray <OffsetInfo> offsets,
NativeCounter vertexCounter,
NativeCounter vertexIndexCounter,
NativeCounter subMeshCounter)
{
var vertices = GetBufferFromEntity <Vertex>(true);
var vertexIndices = GetBufferFromEntity <VertexIndex>(true);
Job
.WithReadOnly(entitiesIndexMap)
.WithReadOnly(sortedEntities)
.WithReadOnly(sharedComponentIndices)
.WithReadOnly(vertices)
.WithReadOnly(vertexIndices)
.WithCode(() => {
var prevIndex = -1;
for (var i = sortedEntities.Length - 1; i >= 0; --i)
{
var entity = sortedEntities[i].Value;
if (!entitiesIndexMap.TryGetValue(entity, out var index))
{
continue;
}
var vertexData = vertices[entity];
var vertexIndexData = vertexIndices[entity];
var sharedComponentIndex = sharedComponentIndices[index];
var prevSharedComponentIndex = prevIndex >= 0 ? sharedComponentIndices[prevIndex] : -1;
offsets[index] = new OffsetInfo {
Vertex = vertexCounter.Value,
VertexCount = vertexData.Length,
Indices = vertexIndexCounter.Value,
SubMeshIndex = sharedComponentIndex != prevSharedComponentIndex ? subMeshCounter.Value : -1,
SubMesh = sharedComponentIndex != prevSharedComponentIndex ? vertexIndexCounter.Value : -1,
SubMeshMaterialId = sharedComponentIndex != prevSharedComponentIndex ? sharedComponentIndex : -1
};
if (sharedComponentIndex != prevSharedComponentIndex)
{
subMeshCounter.Increment(1);
}
vertexCounter.Increment(vertexData.Length);
vertexIndexCounter.Increment(vertexIndexData.Length);
prevIndex = index;
}
}).Schedule();
}
public static bool IsDuplicate(OffsetInfo offsetInfo, List <OffsetInfo> offsetList)
{
if (offsetList.Count != 0)
{
foreach (var offset in offsetList)
{
if (offsetInfo.Offset == offset.Offset)
{
MyMessage.MsgShowWarning(@"Found Duplicate " + offsetInfo.Offset + @", Please Check it again before adding a offset!!!");
return(true);
}
}
}
return(false);
}
private OffsetInfo GetOffsetInfo(Point offset)
{
var info = new OffsetInfo();
var lastPositive = Array.IndexOf(offset.Coordinates, 1);
var lastNegative = Array.IndexOf(offset.Coordinates, -1);
info.Dimension = lastNegative == -1 ? lastPositive : lastNegative;
info.Forward = lastNegative == -1;
info.Direction = info.Dimension * 2;
if (info.Forward)
{
info.Direction++;
}
return(info);
}
public void ResendTest2()
{
// reset "book" to start from scratch
reset();
// SETOFFSET("IBM", 0.03, 0, 1, 0);
const string sym = "IBM";
const decimal pdist = .03m;
const decimal pct = 1;
ot[sym] = new OffsetInfo(pdist, 0, pct, 0, false, 1);
Assert.AreEqual(pdist, ot[sym].ProfitDist);
Assert.AreEqual(pct, ot[sym].ProfitPercent);
// entry fill
// 094508: fill: 20100423,94532,IBM,SELL,10,128.85, 0
fill(new TradeImpl(sym, 128.85m, -10));
Assert.AreEqual(-10, ot.PositionTracker[sym].Size);
// profit
// 094508: sent new profit: 634076112353906253 BUY10 [email protected] [] 634076112353906253
Assert.AreEqual(1, profits.Count);
Order profit = profits[0];
Assert.AreEqual(128.82m, profit.price);
Assert.AreEqual(10, profit.size);
// fill profit
// 094609: fill: 20100423,94632,IBM,BUY,10,128.82, 634076112353906253
// 094609: IBM hit profit: 634076112353906253
Assert.IsTrue(profit.Fill(TickImpl.NewTrade(sym, 128.82m, 10)));
Trade profitfill = (Trade)profit;
fill(profitfill);
// we're now flat
// 094609: IBM now flat.
Assert.IsTrue(ot.PositionTracker[sym].isFlat);
// tick
ot.newTick(TickImpl.NewTrade(sym, 128.82m, 100));
Assert.AreEqual(0, profits.Count);
// re-enter
//094722: fill: 20100423,94746,IBM,SELL,10,128.86, 100947
fill(new TradeImpl(sym, 128.86m, -10));
Assert.AreEqual(-10, ot.PositionTracker[sym].Size);
// we should now have a profit offset
Assert.AreEqual(1, profits.Count);
profit = profits[0];
Assert.AreEqual(128.83m, profit.price);
Assert.AreEqual(10, profit.size);
}
private void btnSave_Click(object sender, EventArgs e)
{
if (!MyMessage.MsgOkCancel("Do you want to save?\n\n" +
"Click \"OK\" to confirm.\n\n" +
"Click \"Cancel\" to cancel."))
{
return;
}
try
{
var offsetList = new List <OffsetInfo>();
for (var i = 0; i < dataList.Rows.Count; i++)
{
var offset = new OffsetInfo
{
OffsetId = i,
Offset = dataList.Rows[i].Cells[0].Value.ToString(),
Hex = dataList.Rows[i].Cells[1].Value.ToString()
};
offsetList.Add(offset);
}
OffsetPatch.FunctionList[_index] = new FunctionList()
{
CheatName = txtNameCheat.Text,
FunctionValue = txtValues.Text,
FunctionType = _type,
OffsetList = offsetList,
MultipleValue = chkMultiple.Checked,
HookInfo = HookValue()
};
Dispose();
}
catch (Exception exception)
{
MyMessage.MsgShowError("Error" + exception.Message);
}
}
/// <summary>
/// Completely populate all Region property members. Missing data
/// is computed based on the values that are already present.
/// </summary>
/// <param name="region"></param>
/// <param name="newLineIndex"></param>
public static void Populate(this Region region, NewLineIndex newLineIndex)
{
// TODO: we need charOffset and byteOffset to be expressed as
// nullable types in order to differentiate between text
// and binary file regions. For text files, we need to populate
// startLine, etc. based on document offset. For now, we'll
// assume we're always looking at text files
if (region.StartLine == 0)
{
OffsetInfo offsetInfo = newLineIndex.GetOffsetInfoForOffset(region.Offset);
region.StartLine = offsetInfo.LineNumber;
region.StartColumn = offsetInfo.ColumnNumber;
offsetInfo = newLineIndex.GetOffsetInfoForOffset(region.Offset + region.Length);
region.StartLine = offsetInfo.LineNumber;
region.EndColumn = offsetInfo.ColumnNumber;
}
else
{
// Make endColumn and endLine explicit, if not expressed
if (region.EndLine == 0)
{
region.EndLine = region.StartLine;
}
if (region.EndColumn == 0)
{
region.EndColumn = region.StartColumn;
}
LineInfo lineInfo = newLineIndex.GetLineInfoForLine(region.StartLine);
region.Offset = lineInfo.StartOffset + (region.StartColumn - 1);
lineInfo = newLineIndex.GetLineInfoForLine(region.EndLine);
region.Length = lineInfo.StartOffset + (region.EndColumn - 1) - region.Offset;
}
}
private static DeclarationList CreateCurrentDeclarations()
{
DeclarationList declarationList = new DeclarationList();
int num = 1;
declarationList[num++] = IDOwner.GetDeclaration();
declarationList[num++] = ReportItem.GetDeclaration();
num++;
declarationList[num++] = Report.GetDeclaration();
declarationList[num++] = PageSection.GetDeclaration();
declarationList[num++] = Line.GetDeclaration();
declarationList[num++] = Rectangle.GetDeclaration();
declarationList[num++] = Image.GetDeclaration();
num++;
declarationList[num++] = CheckBox.GetDeclaration();
declarationList[num++] = TextBox.GetDeclaration();
declarationList[num++] = SubReport.GetDeclaration();
declarationList[num++] = ActiveXControl.GetDeclaration();
declarationList[num++] = DataRegion.GetDeclaration();
num++;
declarationList[num++] = ReportHierarchyNode.GetDeclaration();
declarationList[num++] = Grouping.GetDeclaration();
declarationList[num++] = Sorting.GetDeclaration();
declarationList[num++] = List.GetDeclaration();
declarationList[num++] = Pivot.GetDeclaration();
declarationList[num++] = Matrix.GetDeclaration();
declarationList[num++] = PivotHeading.GetDeclaration();
declarationList[num++] = MatrixHeading.GetDeclaration();
declarationList[num++] = MatrixColumn.GetDeclaration();
num++;
declarationList[num++] = MatrixRow.GetDeclaration();
num++;
declarationList[num++] = Subtotal.GetDeclaration();
declarationList[num++] = Table.GetDeclaration();
declarationList[num++] = TableColumn.GetDeclaration();
num++;
declarationList[num++] = TableGroup.GetDeclaration();
declarationList[num++] = TableRow.GetDeclaration();
num++;
declarationList[num++] = OWCChart.GetDeclaration();
declarationList[num++] = ChartColumn.GetDeclaration();
num++;
declarationList[num++] = ReportItemCollection.GetDeclaration();
declarationList[num++] = ReportItemIndexer.GetDeclaration();
num++;
declarationList[num++] = Style.GetDeclaration();
num++;
declarationList[num++] = AttributeInfo.GetDeclaration();
declarationList[num++] = Visibility.GetDeclaration();
declarationList[num++] = ExpressionInfo.GetDeclaration();
num++;
declarationList[num++] = DataAggregateInfo.GetDeclaration();
num++;
declarationList[num++] = RunningValueInfo.GetDeclaration();
num++;
num++;
declarationList[num++] = Filter.GetDeclaration();
num++;
declarationList[num++] = DataSource.GetDeclaration();
num++;
declarationList[num++] = DataSet.GetDeclaration();
num++;
declarationList[num++] = ReportQuery.GetDeclaration();
declarationList[num++] = Field.GetDeclaration();
num++;
declarationList[num++] = ParameterValue.GetDeclaration();
num++;
num++;
num++;
num++;
declarationList[num++] = ReportSnapshot.GetDeclaration();
declarationList[num++] = SenderInformation.GetDeclaration();
declarationList[num++] = InstanceInfo.GetDeclaration();
declarationList[num++] = ReceiverInformation.GetDeclaration();
declarationList[num++] = InstanceInfo.GetDeclaration();
declarationList[num++] = DocumentMapNode.GetDeclaration();
declarationList[num++] = InfoBase.GetDeclaration();
declarationList[num++] = OffsetInfo.GetDeclaration();
declarationList[num++] = InstanceInfo.GetDeclaration();
declarationList[num++] = ReportItemInstanceInfo.GetDeclaration();
declarationList[num++] = ReportInstanceInfo.GetDeclaration();
declarationList[num++] = ReportItemColInstanceInfo.GetDeclaration();
declarationList[num++] = LineInstanceInfo.GetDeclaration();
declarationList[num++] = TextBoxInstanceInfo.GetDeclaration();
declarationList[num++] = RectangleInstanceInfo.GetDeclaration();
declarationList[num++] = CheckBoxInstanceInfo.GetDeclaration();
declarationList[num++] = ImageInstanceInfo.GetDeclaration();
declarationList[num++] = SubReportInstanceInfo.GetDeclaration();
declarationList[num++] = ActiveXControlInstanceInfo.GetDeclaration();
declarationList[num++] = ListInstanceInfo.GetDeclaration();
declarationList[num++] = ListContentInstanceInfo.GetDeclaration();
declarationList[num++] = MatrixInstanceInfo.GetDeclaration();
declarationList[num++] = MatrixHeadingInstanceInfo.GetDeclaration();
declarationList[num++] = MatrixCellInstanceInfo.GetDeclaration();
declarationList[num++] = TableInstanceInfo.GetDeclaration();
declarationList[num++] = TableGroupInstanceInfo.GetDeclaration();
declarationList[num++] = TableRowInstanceInfo.GetDeclaration();
declarationList[num++] = OWCChartInstanceInfo.GetDeclaration();
declarationList[num++] = ChartInstanceInfo.GetDeclaration();
declarationList[num++] = NonComputedUniqueNames.GetDeclaration();
declarationList[num++] = InstanceInfoOwner.GetDeclaration();
declarationList[num++] = ReportItemInstance.GetDeclaration();
num++;
declarationList[num++] = ReportInstance.GetDeclaration();
declarationList[num++] = ReportItemColInstance.GetDeclaration();
declarationList[num++] = LineInstance.GetDeclaration();
declarationList[num++] = TextBoxInstance.GetDeclaration();
declarationList[num++] = RectangleInstance.GetDeclaration();
declarationList[num++] = CheckBoxInstance.GetDeclaration();
declarationList[num++] = ImageInstance.GetDeclaration();
declarationList[num++] = SubReportInstance.GetDeclaration();
declarationList[num++] = ActiveXControlInstance.GetDeclaration();
declarationList[num++] = ListInstance.GetDeclaration();
declarationList[num++] = ListContentInstance.GetDeclaration();
num++;
declarationList[num++] = MatrixInstance.GetDeclaration();
declarationList[num++] = MatrixHeadingInstance.GetDeclaration();
num++;
declarationList[num++] = MatrixCellInstance.GetDeclaration();
num++;
num++;
declarationList[num++] = TableInstance.GetDeclaration();
declarationList[num++] = TableRowInstance.GetDeclaration();
declarationList[num++] = TableColumnInstance.GetDeclaration();
declarationList[num++] = TableGroupInstance.GetDeclaration();
num++;
declarationList[num++] = OWCChartInstance.GetDeclaration();
declarationList[num++] = ParameterInfo.GetDeclaration();
num++;
num++;
num++;
declarationList[num++] = InstanceInfo.GetDeclaration();
num++;
declarationList[num++] = RecordSetInfo.GetDeclaration();
declarationList[num++] = RecordRow.GetDeclaration();
declarationList[num++] = RecordField.GetDeclaration();
declarationList[num++] = ValidValue.GetDeclaration();
num++;
declarationList[num++] = ParameterDataSource.GetDeclaration();
declarationList[num++] = ParameterDef.GetDeclaration();
num++;
declarationList[num++] = ParameterBase.GetDeclaration();
num++;
declarationList[num++] = ProcessingMessage.GetDeclaration();
declarationList[num++] = MatrixSubtotalHeadingInstanceInfo.GetDeclaration();
declarationList[num++] = MatrixSubtotalCellInstance.GetDeclaration();
declarationList[num++] = CodeClass.GetDeclaration();
num++;
declarationList[num++] = TableDetail.GetDeclaration();
declarationList[num++] = TableDetailInstance.GetDeclaration();
num++;
declarationList[num++] = TableDetailInstanceInfo.GetDeclaration();
num++;
declarationList[num++] = Action.GetDeclaration();
declarationList[num++] = ActionInstance.GetDeclaration();
declarationList[num++] = Chart.GetDeclaration();
declarationList[num++] = ChartHeading.GetDeclaration();
declarationList[num++] = ChartDataPoint.GetDeclaration();
num++;
declarationList[num++] = MultiChart.GetDeclaration();
declarationList[num++] = MultiChartInstance.GetDeclaration();
num++;
declarationList[num++] = Axis.GetDeclaration();
declarationList[num++] = AxisInstance.GetDeclaration();
declarationList[num++] = ChartTitle.GetDeclaration();
declarationList[num++] = ChartTitleInstance.GetDeclaration();
declarationList[num++] = ThreeDProperties.GetDeclaration();
declarationList[num++] = PlotArea.GetDeclaration();
declarationList[num++] = Legend.GetDeclaration();
declarationList[num++] = GridLines.GetDeclaration();
declarationList[num++] = ChartDataLabel.GetDeclaration();
declarationList[num++] = ChartInstance.GetDeclaration();
declarationList[num++] = ChartHeadingInstance.GetDeclaration();
declarationList[num++] = ChartHeadingInstanceInfo.GetDeclaration();
num++;
declarationList[num++] = ChartDataPointInstance.GetDeclaration();
declarationList[num++] = ChartDataPointInstanceInfo.GetDeclaration();
num++;
num++;
declarationList[num++] = RenderingPagesRanges.GetDeclaration();
num++;
declarationList[num++] = IntermediateFormatVersion.GetDeclaration();
declarationList[num++] = ImageInfo.GetDeclaration();
declarationList[num++] = ActionItem.GetDeclaration();
declarationList[num++] = ActionItemInstance.GetDeclaration();
num++;
num++;
declarationList[num++] = DataValue.GetDeclaration();
declarationList[num++] = DataValueInstance.GetDeclaration();
num++;
num++;
declarationList[num++] = Tablix.GetDeclaration();
declarationList[num++] = TablixHeading.GetDeclaration();
declarationList[num++] = CustomReportItem.GetDeclaration();
declarationList[num++] = CustomReportItemInstance.GetDeclaration();
declarationList[num++] = CustomReportItemHeading.GetDeclaration();
declarationList[num++] = CustomReportItemHeadingInstance.GetDeclaration();
num++;
num++;
num++;
num++;
declarationList[num++] = CustomReportItemCellInstance.GetDeclaration();
num++;
num++;
declarationList[num++] = DataValueCRIList.GetDeclaration();
declarationList[num++] = BookmarkInformation.GetDeclaration();
declarationList[num++] = InstanceInfo.GetDeclaration();
declarationList[num++] = DrillthroughInformation.GetDeclaration();
declarationList[num++] = InstanceInfo.GetDeclaration();
num++;
declarationList[num++] = CustomReportItemInstanceInfo.GetDeclaration();
declarationList[num++] = ImageMapAreaInstanceList.GetDeclaration();
declarationList[num++] = ImageMapAreaInstance.GetDeclaration();
num++;
declarationList[num++] = InstanceInfo.GetDeclaration();
declarationList[num++] = SortFilterEventInfo.GetDeclaration();
declarationList[num++] = EndUserSort.GetDeclaration();
num++;
num++;
declarationList[num++] = RecordSetPropertyNames.GetDeclaration();
num++;
num++;
num++;
declarationList[num++] = PageSectionInstance.GetDeclaration();
num++;
declarationList[num++] = PageSectionInstanceInfo.GetDeclaration();
declarationList[num++] = SimpleTextBoxInstanceInfo.GetDeclaration();
declarationList[num++] = ScopeLookupTable.GetDeclaration();
num++;
declarationList[num++] = ReportDrillthroughInfo.GetDeclaration();
declarationList[num++] = InstanceInfo.GetDeclaration();
Global.Tracer.Assert(declarationList.Count == num, "(current.Count == index)");
return(declarationList);
}
/// <summary>Initializes a new instance of the <see cref="G4ParseFailureException"/> class.</summary>
/// <param name="info">The serialization info from which the value shall be deserialized.</param>
/// <param name="context">The streaming context from which the value shall be deserialized.</param>
private G4ParseFailureException(SerializationInfo info, StreamingContext context)
: base(info, context)
{
this.Location = (OffsetInfo)info.GetValue("Location", typeof(OffsetInfo));
}
/// <summary>
/// Initializes a new instance of the <see cref="G4ParseFailureException"/> class.
/// </summary>
/// <param name="location">The location in the source text where the parse failure occurred.</param>
/// <param name="message">The message indicating why the failure occurred.</param>
/// <param name="args">The arguments to use when formatting <paramref name="message"/>.</param>
public G4ParseFailureException(OffsetInfo location, string message, params string[] args)
: base(FormatMessage(location, String.Format(CultureInfo.InvariantCulture, message, args)))
{
this.Location = location;
}
/// <summary>
/// Initializes a new instance of the <see cref="G4ParseFailureException"/> class.
/// </summary>
/// <param name="location">The location in the source text where the parse failure occurred.</param>
/// <param name="message">The message indicating why the failure occurred.</param>
public G4ParseFailureException(OffsetInfo location, string message)
: base(FormatMessage(location, message))
{
this.Location = location;
}
