public void AddNode(TagNodeData inNode)
#endif // EXPANDED_REFS
{
if (m_Nodes == null)
{
m_Nodes = new TagNodeData[InitialNodeCount];
}
else if (m_NodeCount >= m_Nodes.Length)
{
Array.Resize(ref m_Nodes, m_Nodes.Length * 2);
}
m_Nodes[m_NodeCount++] = inNode;
m_NodeList = new ListSlice <TagNodeData>(m_Nodes, 0, m_NodeCount);
if (inNode.Type == TagNodeType.Event)
{
++m_EventCount;
}
}
/// <summary>
/// Adds text characters.
/// </summary>
public void AddText(uint inVisibleCharacterCount)
{
if (inVisibleCharacterCount == 0)
{
return;
}
if (m_Nodes == null)
{
m_Nodes = new TagNodeData[InitialNodeCount];
}
if (m_NodeCount == 0 || m_Nodes[m_NodeCount - 1].Type != TagNodeType.Text)
{
AddNode(TagNodeData.TextNode(inVisibleCharacterCount));
}
else
{
m_Nodes[m_NodeCount - 1].Text.VisibleCharacterCount += inVisibleCharacterCount;
}
}
protected void ProcessInput(StringSlice inInput, TagString outTarget, object inContext, out bool outbModified)
{
bool bModified = false;
bool bTrackRichText = m_Delimiters.RichText;
bool bTrackTags = !bTrackRichText || !HasSameDelims(m_Delimiters, RichTextDelimiters);
bool bIsCurlyBrace = HasSameDelims(m_Delimiters, CurlyBraceDelimiters);
if (!bTrackRichText && m_EventProcessor == null && m_ReplaceProcessor == null)
{
// if we're not considering rich text, and we have no processors, there's nothing to do here
outTarget.AddNode(TagNodeData.TextNode((uint)inInput.Length));
outbModified = false;
return;
}
ParseState state = new ParseState();
state.Initialize(inInput, outTarget, inContext, m_RichBuilder, m_StrippedBuilder, m_SpliceBuilder);
int length = state.Input.Length;
int charIdx = 0;
while (charIdx < length)
{
bool bHandled = false;
if (bTrackRichText)
{
if (state.Input.AttemptMatch(charIdx, "<"))
{
state.RichStart = charIdx;
}
else if (state.RichStart >= 0 && state.Input.AttemptMatch(charIdx, ">"))
{
StringSlice richSlice = state.Input.Substring(state.RichStart + 1, charIdx - state.RichStart - 1);
TagData richTag = TagData.Parse(richSlice, RichTextDelimiters);
CopyNonRichText(ref state, state.RichStart);
bool bRichHandled = false;
if (RecognizeRichText(richTag, m_Delimiters))
{
CopyRichTag(ref state, charIdx + 1);
if (StringUtils.RichText.GeneratesVisibleCharacter(richTag.Id.ToString()))
{
CopyOnlyNonRichText(ref state, VisibleRichTagChar);
}
bRichHandled = true;
}
else if (!bTrackTags)
{
if (m_ReplaceProcessor != null)
{
string replace;
if (m_ReplaceProcessor.TryReplace(richTag, richSlice, state.Context, out replace))
{
if (ContainsPotentialTags(replace, m_Delimiters))
{
RestartString(ref state, replace, charIdx + 1);
charIdx = -1;
length = state.Input.Length;
}
else
{
SkipText(ref state, charIdx + 1);
AddNonRichText(ref state, replace);
}
bRichHandled = true;
}
}
if (!bRichHandled && m_EventProcessor != null)
{
TagEventData eventData;
if (m_EventProcessor.TryProcess(richTag, state.Context, out eventData))
{
outTarget.AddEvent(eventData);
SkipText(ref state, charIdx + 1);
bRichHandled = true;
}
}
}
if (!bRichHandled)
{
Debug.LogWarningFormat("[TagStringParser] Unrecognized text tag '{0}' in source '{1}'", richSlice, inInput);
CopyNonRichText(ref state, charIdx + 1);
}
else
{
bModified = true;
}
state.RichStart = -1;
state.TagStart = -1;
bHandled = true;
}
}
if (!bHandled && bTrackTags)
{
if (state.Input.AttemptMatch(charIdx, m_Delimiters.TagStartDelimiter))
{
state.TagStart = charIdx;
}
else if (state.TagStart >= 0 && state.Input.AttemptMatch(charIdx, m_Delimiters.TagEndDelimiter))
{
StringSlice tagSlice = state.Input.Substring(state.TagStart + m_Delimiters.TagStartDelimiter.Length, charIdx - state.TagStart + 1 - m_Delimiters.TagEndDelimiter.Length - m_Delimiters.TagStartDelimiter.Length);
TagData tag = TagData.Parse(tagSlice, m_Delimiters);
CopyNonRichText(ref state, state.TagStart);
bool bTagHandled = false;
if (bIsCurlyBrace && tag.Data.IsEmpty)
{
int argIndex;
if (StringParser.TryParseInt(tag.Id, out argIndex))
{
CopyNonRichText(ref state, charIdx + 1);
bTagHandled = true;
}
}
if (!bTagHandled && m_ReplaceProcessor != null)
{
string replace;
if (m_ReplaceProcessor.TryReplace(tag, tagSlice, state.Context, out replace))
{
if (ContainsPotentialTags(replace, m_Delimiters))
{
RestartString(ref state, replace, charIdx + 1);
charIdx = -1;
length = state.Input.Length;
}
else
{
SkipText(ref state, charIdx + 1);
AddNonRichText(ref state, replace);
}
bTagHandled = true;
}
}
if (!bTagHandled && m_EventProcessor != null)
{
TagEventData eventData;
if (m_EventProcessor.TryProcess(tag, state.Context, out eventData))
{
outTarget.AddEvent(eventData);
SkipText(ref state, charIdx + 1);
bTagHandled = true;
}
}
if (!bTagHandled)
{
Debug.LogWarningFormat("[TagStringParser] Unrecognized text tag '{0}' in source '{1}'", tagSlice, inInput);
CopyNonRichText(ref state, charIdx + 1);
}
else
{
bModified = true;
}
state.TagStart = -1;
state.RichStart = -1;
bHandled = true;
}
}
if (!bHandled && state.TagStart == -1 && state.RichStart == -1 && m_ReplaceProcessor != null)
{
string charCodeReplace;
if (m_ReplaceProcessor.TryReplace(state.Input[charIdx], inContext, out charCodeReplace))
{
CopyNonRichText(ref state, charIdx);
if (ContainsPotentialTags(charCodeReplace, m_Delimiters))
{
RestartString(ref state, charCodeReplace, charIdx + 1);
charIdx = -1;
length = state.Input.Length;
}
else
{
SkipText(ref state, charIdx + 1);
AddNonRichText(ref state, charCodeReplace);
}
}
}
++charIdx;
}
CopyNonRichText(ref state, length);
outbModified = bModified;
}