public override XElement Parse(ITagProcessor parentProcessor, XElement startElement)
{
this.ValidateStartTag(startElement, StartTagName);
var startTag = startElement;
if (string.IsNullOrEmpty(startTag.Value))
{
throw new Exception(string.Format(MessageStrings.TagNotFoundOrEmpty, "If"));
}
var endTag = this.FindEndTag(startTag);
var content = TraverseUtils.ElementsBetween(startTag, endTag).ToList();
var expression = startTag.GetExpression();
var ifTag = new IfTag
{
Conidition = expression,
EndIf = endTag,
IfContent = content,
StartIf = startTag,
};
var ifProcessor = new IfProcessor {
Tag = ifTag
};
if (content.Any())
{
this.GoDeeper(ifProcessor, content.First(), endTag);
}
parentProcessor.AddProcessor(ifProcessor);
return(endTag);
}
public override XElement Parse(ITagProcessor parentProcessor, XElement startElement)
{
this.ValidateStartTag(startElement, TagName);
var endRepeater = TryGetRequiredTag(startElement, EndTagName);
var itemsSource = startElement.GetExpression();
if (string.IsNullOrEmpty(itemsSource))
{
throw new Exception(MessageStrings.ItemsAreEmpty);
}
IEnumerable <XElement> elementsBetween = TraverseUtils.ElementsBetween(startElement, endRepeater).ToList();
var repeaterTag = new RepeaterTag
{
Source = itemsSource,
StartRepeater = startElement,
EndRepeater = endRepeater,
MakeElementCallback = MakeElementCallback
};
var repeaterProcessor = new RepeaterProcessor
{
RepeaterTag = repeaterTag,
};
if (elementsBetween.Any())
{
this.GoDeeper(repeaterProcessor, elementsBetween.First());
}
parentProcessor.AddProcessor(repeaterProcessor);
return(endRepeater);
}
public XElement Parse(ItemRepeaterTag tag, IList <DataReader> dataReaders, XElement current = null)
{
var startElement = tag.StartItemRepeater;
var endElement = tag.EndItemRepeater;
List <ItemRepeaterElement> itemRepeaterElements;
itemRepeaterElements =
this.MarkLastElements(
TraverseUtils.ElementsBetween(startElement, endElement).Select(MakeElementCallback).ToList())
.ToList();
var nestedRepeaters = this.MarkNotSeparatedRepeaters(this.GetAllNestedRepeaters(tag), itemRepeaterElements);
if (startElement.Parent.Name == WordMl.ParagraphName)
{
startElement = startElement.Parent;
}
var flgDeleteStartEnd = current == null;
current = current ?? startElement;
var repeaterElements = this.GetSiblingElements(itemRepeaterElements.ToList(), nestedRepeaters.ToList()).Where(sel => !(sel.XElement.IsTag("enditemrepeater") || sel.XElement.IsTag("itemrepeater")));
XElement currentNested;
for (var index = 1; index <= dataReaders.Count(); index++)
{
this.SetRepeaterElementsVisible(repeaterElements.ToList());
ICollection <XElement> bisectElements;
var ifCount = 1;
var flg = false;
repeaterElements = this.MarkInvisibleElements(repeaterElements, dataReaders[index - 1], ref ifCount, ref flg, index == dataReaders.Count);
if (ifCount != 1)
{
throw new Exception("ItemIf error. Check REndIf count.");
}
current = this.ProcessElements(repeaterElements, dataReaders[index - 1], current, null, index, out bisectElements);
currentNested = this.ProcessNestedRepeaters(tag, dataReaders[index - 1], (!bisectElements.Any()) ? new List <XElement>()
{
current
} : bisectElements);
if ((currentNested != null) && repeaterElements.Last().IsBeforeNestedRepeater)
{
current = currentNested;
}
}
if (flgDeleteStartEnd)
{
foreach (var itemRepeaterElement in itemRepeaterElements)
{
itemRepeaterElement.XElement.Remove();
}
startElement.Remove();
endElement.Remove();
}
return(current);
}
/// <summary>
/// Do parsing
/// </summary>
public override XElement Parse(ITagProcessor parentProcessor, XElement startElement)
{
this.ValidateStartTag(startElement, "Table");
if (parentProcessor == null)
{
throw new ArgumentNullException();
}
var endTableTag = this.TryGetRequiredTags(startElement, "EndTable").First();
var coreParser = new CoreTableParser(false);
var tag = coreParser.Parse(startElement, endTableTag);
var processor = new TableProcessor {
TableTag = tag
};
if (TraverseUtils.ElementsBetween(startElement, endTableTag).Any())
{
this.GoDeeper(processor, TraverseUtils.ElementsBetween(startElement, endTableTag).First());
}
parentProcessor.AddProcessor(processor);
return(endTableTag);
}
private IEnumerable <ItemRepeaterElement> GetSiblingElements(
IEnumerable <ItemRepeaterElement> itemRepeaterElements, IEnumerable <ItemRepeaterTag> nestedRepeaters)
{
var repeaterElements = new List <ItemRepeaterElement>();
int i = 0;
if (!nestedRepeaters.Any())
{
repeaterElements.AddRange(itemRepeaterElements);
}
else
{
foreach (var itemRepeaterElement in itemRepeaterElements)
{
var flagAdd = nestedRepeaters.All(nr =>
{
var elementsBetween = TraverseUtils.ElementsBetween(nr.StartItemRepeater,
nr.EndItemRepeater.Parent != null && (nr.EndItemRepeater.Parent.Name == WordMl.ParagraphName)
? nr.EndItemRepeater.Parent : nr.EndItemRepeater);
return(!elementsBetween.Any(element => element.Equals(itemRepeaterElement.XElement)));
});
if (flagAdd)
{
if (itemRepeaterElement.HasElements &&
(itemRepeaterElement.Elements.Any(ire => ire.IsItemRepeater) || itemRepeaterElement.Elements.Any(ire => ire.IsEndItemRepeater)) &&
itemRepeaterElement.XElement.Name.Equals(WordMl.ParagraphName))
{
var nestedElements = itemRepeaterElement.Elements.ToList();
var element = new XElement(itemRepeaterElement.XElement.Name);
var dicBisect = new Dictionary <XElement, ItemRepeaterElement>();
if (!nestedElements.Any(ne => ne.IsEndItemRepeater))
{
foreach (var nestedElement in nestedElements)
{
element.Add(nestedElement.XElement);
if (nestedElement.IsBeforeNestedRepeater)
{
dicBisect.Add(nestedElement.XElement, new ItemRepeaterElement()
{
XElement = nestedElement.NextNestedRepeater.XElement
});
break;
}
}
}
else
{
var end = nestedElements.First(ne => ne.IsEndItemRepeater);
var next = end.XElement;
while ((next = next.NextElement()) != null)
{
element.Add(next);
}
}
var newItemRepeaterElement = MakeElementCallback(element);
var elements = newItemRepeaterElement.Elements.ToList();
foreach (var kv in dicBisect)
{
foreach (var repeaterElement in elements.Where(repeaterElement => XNode.DeepEquals(repeaterElement.XElement, kv.Key)))
{
var val = new ItemRepeaterElement {
XElement = new XElement(kv.Value.XElement)
};
repeaterElement.NextNestedRepeater = val;
}
}
newItemRepeaterElement.Elements = elements;
if (element.HasElements)
{
repeaterElements.Add(newItemRepeaterElement);
}
}
else
{
repeaterElements.Add(itemRepeaterElement);
}
}
}
}
return(repeaterElements);
}
private XElement RenderDataReaders(ItemRepeaterTag tag, DataReader dataReader, XElement current)
{
var elements = TraverseUtils.ElementsBetween(tag.StartItemRepeater,
((tag.EndItemRepeater.Parent.Name == WordMl.ParagraphName) &&
(!tag.EndItemRepeater.Parent.Elements().Contains(tag.StartItemRepeater)) &&
(tag.StartItemRepeater.Parent.Elements().Any(el => el.IsSdt() && !el.IsTag("itemrepeater")))
) ? tag.EndItemRepeater.Parent : tag.EndItemRepeater)
.Select(MakeElementCallback)
.ToList();
var processedElements = new List <ItemRepeaterElement>();
if (elements.Count > 1)
{
processedElements.AddRange(this.CreateParagraphForInlineElements(elements));
}
else
{
processedElements.Add(elements[0]);
}
processedElements = this.SetRepeaterElementsVisible(processedElements.ToList()).ToList();
var flgWrapInline = false;
if (processedElements.Count == 1)
{
var rootContainer = processedElements.FirstOrDefault();
if ((rootContainer != null) && rootContainer.XElement.Name.Equals(WordMl.ParagraphName))
{
var originalContainer = elements[0].XElement.Parent;
var endItemRepeater = originalContainer.Elements().FirstOrDefault(el => el.IsTag("enditemrepeater"));
if (endItemRepeater != null)
{
flgWrapInline = elements.All(e => e.XElement.Parent.Elements().Contains(endItemRepeater));
}
}
}
var dataReaders = dataReader.GetReaders(tag.Source).ToList();
for (var index = 1; index <= dataReaders.Count; index++)
{
ICollection <XElement> bisectElements;
var ifCount = 1;
var flg = false;
processedElements = this.MarkInvisibleElements(processedElements, dataReaders[index - 1], ref ifCount, ref flg, index == dataReaders.Count).ToList();
if (ifCount != 1)
{
throw new Exception("RItemIf error. Check REndIf count.");
}
var inlineWrapping = (index > 1) && flgWrapInline;
if (inlineWrapping)
{
current = current.Elements().Last();
}
current = this.ProcessElements(
inlineWrapping ? processedElements.First().Elements.ToList() : processedElements,
dataReaders[index - 1],
inlineWrapping ? null : current,
inlineWrapping ? current.Parent : null,
index,
out bisectElements,
(index > 1) && flgWrapInline);
}
return(current);
}
