private void WriteTabularConcept(ConceptMember conceptMember, IDictionary <Member, FactModel> facts)
{
var tableContext = _activeTables.Peek();
if (tableContext.Table == null)
{
tableContext.Table = AddTable(tableContext);
}
var conceptRow = tableContext.Table.InsertRow();
var placeholder = string.Format(Placeholders.CellConceptLevel, conceptMember.Depth);
AddCellParagraph(conceptRow.Cells.First(), placeholder, GetMemberText(conceptMember));
var iColumn = 1;
foreach (var member in tableContext.LinearisedHorizontalAxis)
{
var cell = conceptRow.Cells[iColumn];
var fact = facts[member];
if (fact != null)
{
AddCellFact(cell, fact, conceptMember);
}
iColumn += 1;
}
}
private void WriteTextBlockConcept(ConceptMember conceptMember, IDictionary <Member, FactModel> facts)
{
// To start a new table after the text block.
FinishActiveTable();
// Concept
var conceptPlaceholder = string.Format(Placeholders.TextblockConceptLevel, conceptMember.Depth);
AddTextblockParagraph(conceptPlaceholder, GetMemberText(conceptMember));
var occupiedMembers = facts.Where(item => item.Value != null).ToList();
if (!occupiedMembers.Any())
{
return;
}
// Fact
var factValue = occupiedMembers.Count > 1
? $"Found {occupiedMembers.Count} facts for this text block, but there should be at most one."
: occupiedMembers.First().Value.Fact.Value;
var factPlaceholder = string.Format(Placeholders.TextblockFactLevel, conceptMember.Depth);
AddTextblockParagraph(factPlaceholder, factValue);
}
private void WriteTextBlockConcept(ConceptMember conceptMember, IDictionary <Member, FactModel> facts)
{
// To create a new table after the text block.
var tableContext = _activeTables.Peek();
tableContext.Table = null;
var xConceptH2 = CreateMemberElement(conceptMember, HtmlXNames.H2);
_xActiveNetwork.Add(xConceptH2);
var occupiedMembers = facts.Where(item => item.Value != null).ToList();
if (!occupiedMembers.Any())
{
return;
}
var xValueDiv = new XElement(HtmlXNames.Div);
xValueDiv.AddClass(InlineXbrlClassNames.Fact);
xValueDiv.AddClass(string.Format(InlineXbrlClassNames.Level, conceptMember.Depth));
_xActiveNetwork.Add(xValueDiv);
if (occupiedMembers.Count > 1)
{
xValueDiv.Add($"Found {occupiedMembers.Count} facts for this text block, but there should be at most one.");
return;
}
var singleFact = occupiedMembers.First().Value;
xValueDiv.Add(CreateFactElement(singleFact, conceptMember));
}
private void WriteTabularConcept(ConceptMember conceptMember, IDictionary <Member, FactModel> facts)
{
var tableContext = _activeTables.Peek();
if (tableContext.Table == null)
{
tableContext.Table = CreateHtmlTable(tableContext);
}
var xBodyTr = new XElement(HtmlXNames.Tr);
var xLabelTd = new XElement(HtmlXNames.Td, CreateMemberElement(conceptMember, HtmlXNames.Div));
xBodyTr.Add(xLabelTd);
foreach (var member in tableContext.LinearisedHorizontalAxis)
{
var xValueTd = new XElement(HtmlXNames.Td);
var fact = facts[member];
if (fact != null)
{
xValueTd.Add(CreateFactElement(fact, conceptMember));
}
xBodyTr.Add(xValueTd);
}
var xTBody = tableContext.Table.Element(HtmlXNames.Tbody);
xTBody.Add(xBodyTr);
}
private Paragraph AddNonFractionCellFact(Cell cell, Fact fact, ConceptMember conceptMember)
{
var item = conceptMember.Item;
var accountingValue = fact.GetAccountingValue(item.BalanceType);
var scaledValue = accountingValue / Math.Pow(10, _settings.Scale);
var displayValue = LabelRoles.Negatives.Contains(conceptMember.PreferredLabelRole) ? -scaledValue : scaledValue;
var formattedAbsoluteValue = Math.Abs(displayValue).ToString("N", _settings.Culture);
var displayText = displayValue < 0 ? $"({formattedAbsoluteValue})" : formattedAbsoluteValue;
var placeholder = displayValue < 0 ? Placeholders.CellFactMonetaryNegative : Placeholders.CellFactMonetaryPositive;
return(AddCellParagraph(cell, placeholder, displayText));
}
public override void WriteConcept(ConceptMember conceptMember, IDictionary <Member, FactModel> facts)
{
var concept = conceptMember.Item;
var isTextBlock = concept.DataType == DataTypeRegistry.TextBlock;
var requiresTable = concept.IsAbstract || !isTextBlock;
if (requiresTable)
{
WriteTabularConcept(conceptMember, facts);
}
else
{
WriteTextBlockConcept(conceptMember, facts);
}
}
private Paragraph AddCellFact(Cell cell, FactModel factModel, ConceptMember conceptMember)
{
var item = conceptMember.Item;
if (item.DataType == DataTypeRegistry.Monetary)
{
return(AddNonFractionCellFact(cell, factModel.Fact, conceptMember));
}
if (DataTypeRegistry.Textual.Contains(item.DataType))
{
return(AddTextualCellFact(cell, factModel.Fact));
}
return(null);
}
private void CreateNonFractionFactElement(XElement element, Fact fact, ConceptMember conceptMember)
{
var item = conceptMember.Item;
element.AddClass(InlineXbrlClassNames.NonFractionFact);
// Values in iXBRL are always absolute and a sign attribute is used to express a negative fact value.
// This is for two reasons:
// 1. There are several ways negative amounts can be rendered, e.g. leading dash, brackets, colour-coded.
// 2. With negated labels, the sign of the fact value is the opposite of what is displayed.
var accountingValue = fact.GetAccountingValue(item.BalanceType);
var scaledAbsoluteValue = Math.Abs(accountingValue) / Math.Pow(10, _settings.Scale);
var formattedValue = scaledAbsoluteValue.ToString("N", _settings.Culture);
var isAccoutingValueNegative = accountingValue < 0;
var decimals = _settings.Culture.NumberFormat.NumberDecimalDigits;
var xNonFraction = new XElement(Namespaces.Ix + "nonFraction");
xNonFraction.SetAttributeValue("name", item.Name.ToColonSeparated(_xHtml));
xNonFraction.SetAttributeValue("contextRef", fact.GetContextId(_xHtml));
xNonFraction.SetAttributeValue("unitRef", fact.Unit.Id);
xNonFraction.SetAttributeValue("scale", _settings.Scale);
xNonFraction.SetAttributeValue("decimals", decimals);
xNonFraction.SetAttributeValue("format", $"ixt:{_numberFormat}");
if (isAccoutingValueNegative)
{
xNonFraction.SetAttributeValue("sign", "-");
}
xNonFraction.Value = formattedValue;
element.Add(xNonFraction);
var isDisplayNegative = LabelRoles.Negatives.Contains(conceptMember.PreferredLabelRole)
? !isAccoutingValueNegative
: isAccoutingValueNegative;
element.AddClass(isDisplayNegative ? InlineXbrlClassNames.NegativeFact : InlineXbrlClassNames.PositiveFact);
if (isDisplayNegative)
{
element.AddFirst("(");
element.Add(")");
}
}
private XElement CreateFactElement(FactModel factModel, ConceptMember conceptMember)
{
var item = conceptMember.Item;
var xSpan = new XElement(HtmlXNames.Span);
xSpan.AddClass(InlineXbrlClassNames.Fact);
if (item.DataType == DataTypeRegistry.Monetary)
{
CreateNonFractionFactElement(xSpan, factModel.Fact, conceptMember);
}
else if (DataTypeRegistry.Textual.Contains(item.DataType))
{
CreateTextualFactElement(xSpan, factModel.Fact, item);
}
return(xSpan);
}
public abstract void WriteConcept(ConceptMember conceptMember, IDictionary <Member, FactModel> facts);
private void OnMemberRead(ITokenReader iTokenReader, IConceptInfo conceptInfo, ConceptMember conceptMember, ValueOrError <object> valueOrError)
{
// have we reached a new keyword after target pos? if so, prevent further member parsing
if (result.NextKeywordToken != null)
{
return;
}
var tokenReader = (TokenReader)iTokenReader;
if (tokenReader.PositionInTokenList <= 0 || lastTokenBeforeTarget == null)
{
return;
}
var conceptType = conceptInfo.GetType();
var lastTokenRead = result.Tokens[tokenReader.PositionInTokenList - 1];
// track last tokens/members parsed before or at target
if (lastTokenRead.PositionInDslScript <= lastTokenBeforeTarget.PositionInDslScript && !valueOrError.IsError)
{
result.LastTokenParsed[conceptType] = lastTokenRead;
result.LastMemberReadAttempt[conceptType] = conceptMember;
}
// we are interested in those concepts whose member parsing stops at or after target position
if (lastTokenRead.PositionInDslScript >= lastTokenBeforeTarget.PositionInDslScript && !result.ActiveConceptValidTypes.Contains(conceptType))
{
result.ActiveConceptValidTypes.Add(conceptType);
}
}
public static int IndexOfParameter(Type conceptInfoType, ConceptMember member)
{
var members = GetParameters(conceptInfoType);
return(members.IndexOf(member));
}
public static string ConceptMemberDescription(ConceptMember conceptMember)
{
return($"{conceptMember.Name}: {conceptMember.ValueType.Name}");
}
