private void sortPathByLevel()
{
IList <String> allKeyLevels = this.splitFullPathNameByLevel(this.fullPathNamePattern);
for (int level = 1; level <= allKeyLevels.Count; level++)
{
LevelPathName newKeyNameLevel = new LevelPathName(allKeyLevels[level - 1]);
this.PatternPathNamesByLevel.Add(level, newKeyNameLevel);
}
this.updateFixedPathPart();
}
private bool isLevelPathNameMatch(String currentPathNameToMatch, int level)
{
LevelPathName currentKeyNamePattern = this.PatternPathNamesByLevel[level];
bool isLevelKeyNameMatch = currentKeyNamePattern.Path.Equals(currentPathNameToMatch);
if (currentKeyNamePattern.IsARegexPattern)
{
isLevelKeyNameMatch = comparator.Compare(currentPathNameToMatch, currentKeyNamePattern.Path, OperationEnumeration.patternmatch);
}
return(isLevelKeyNameMatch);
}
private void updateFixedPathPart()
{
this.fixedPathPart = string.Empty;
foreach (var keyLevel in this.PatternPathNamesByLevel)
{
LevelPathName currentKeyLevel = keyLevel.Value;
if (currentKeyLevel.IsARegexPattern)
{
break;
}
this.fixedPathPart += string.Format(@"\{0}", currentKeyLevel.Path);
}
}
private void sortPathByLevel()
{
IList<String> allKeyLevels = this.splitFullPathNameByLevel(this.fullPathNamePattern);
for (int level = 1; level <= allKeyLevels.Count; level++)
{
LevelPathName newKeyNameLevel = new LevelPathName(allKeyLevels[level-1]);
this.PatternPathNamesByLevel.Add(level, newKeyNameLevel);
}
this.updateFixedPathPart();
}