public void AddPattern(bool caseSensitive, bool needSeparators, IPatternMatcher matcher, object[] tags)
{
var patternMatcherReference = new PatternMatchReference(matcher)
{NextSibling = FirstExpression, Tags = tags, NeedSeparators = needSeparators};
FirstExpression = patternMatcherReference;
}
public void AddPattern(string prefix, bool caseSensitive, bool needSeparators, IPatternMatcher matcher,
object[] tags)
{
if (string.IsNullOrEmpty(prefix))
throw new ArgumentNullException("prefix");
TokenTreeNode node = AddTokenInternal(prefix, caseSensitive);
var patternMatcherReference = new PatternMatchReference(matcher)
{NextSibling = FirstExpression, Tags = tags, NeedSeparators = needSeparators};
node.FirstExpression = patternMatcherReference;
}
public void AddPattern(string prefix, bool caseSensitive, bool needSeparators, IPatternMatcher matcher,
object[] tags)
{
prefix.Require("prefix")
.NotNullOrEmpty();
TokenTreeNode node = AddTokenInternal(prefix, caseSensitive);
var patternMatcherReference = new PatternMatchReference(matcher)
{
NextSibling = FirstExpression,
Tags = tags,
NeedSeparators = needSeparators
};
node.FirstExpression = patternMatcherReference;
}
private void AddPatternWithoutPrefix(IPatternMatcher matcher, bool caseSensitive, bool needSeparators,
object[] tags)
{
if (matcher.DefaultPrefixes != null)
{
foreach (string defaultPrefix in matcher.DefaultPrefixes)
{
AddPattern(defaultPrefix, matcher, caseSensitive, needSeparators, tags);
}
}
else
{
var patternMatcherReference = new PatternMatchReference(matcher)
{
Tags = tags,
NextSibling = root.FirstExpression,
NeedSeparators = needSeparators
};
root.FirstExpression = patternMatcherReference;
}
}
