private void InitJvmRegex(PatternData patternData)
{
machineFactory = new JvmReMachineFactory(patternData);
this.group_count = this.machineFactory.GroupCount;
this.mapping = this.machineFactory.Mapping;
this._groupNumberToNameMap = this.machineFactory.NamesMapping;
}
private void Init()
{
this.machineFactory = cache.Lookup(this.pattern, this.roptions);
if (this.machineFactory != null)
{
this.group_count = this.machineFactory.GroupCount;
this.mapping = this.machineFactory.Mapping;
this._groupNumberToNameMap = this.machineFactory.NamesMapping;
return;
}
PatternData patternData = null;
string errorMessage = null;
try{
patternData = PatternDataBuilder.GetPatternData(pattern, roptions);
}catch (Exception e) {
#if DEBUG
throw;
#endif
errorMessage = "Creating pattern on JVM failed for pattern " + pattern
+ "\n" + e.Message;
}
if (patternData == null)
{
InitNewRegex();
if (errorMessage != null)
{
Console.WriteLine(errorMessage);
}
}
else
{
InitJvmRegex(patternData);
}
cache.Add(this.pattern, this.roptions, this.machineFactory);
return;
}
internal static void ReplaceMatch(string replacementPattern, Matcher match, StringBuffer sb, string input, PatternData patternData)
{
replacementPattern = JavaUtils.ReplaceAll(replacementPattern, COPY_ENTIRE_MATCH_PATTERN, match.group());
replacementPattern = JavaUtils.ReplaceAll(replacementPattern, INPUT_BEFORE_MATCH_PATTERN, input.Substring(0, match.start()));
replacementPattern = JavaUtils.ReplaceAll(replacementPattern, INPUT_AFTER_MATCH_PATTERN, input.Substring(match.end()));
replacementPattern = JavaUtils.ReplaceAll(replacementPattern, INPUT_PATTERN, input);
int groupsNumber = match.groupCount();
if (groupsNumber > 0)
{
Pattern p = Pattern.compile(LAST_CAPTURED_GROUP_PATTERN);
Matcher m = p.matcher((CharSequence)(object)replacementPattern);
if (m.find())
{
while (groupsNumber > 0)
{
if (match.start(patternData.NetToJavaNumbersMap [groupsNumber]) >= 0)
{
break;
}
--groupsNumber;
}
if (groupsNumber > 0)
{
replacementPattern = m.replaceAll(match.group(patternData.NetToJavaNumbersMap [groupsNumber]));
}
}
}
match.appendReplacement(sb, replacementPattern);
}
internal static void ReplaceMatch (string replacementPattern, Matcher match, StringBuffer sb, string input, PatternData patternData) {
replacementPattern = JavaUtils.ReplaceAll (replacementPattern, COPY_ENTIRE_MATCH_PATTERN, match.group ());
replacementPattern = JavaUtils.ReplaceAll (replacementPattern, INPUT_BEFORE_MATCH_PATTERN, input.Substring (0, match.start ()));
replacementPattern = JavaUtils.ReplaceAll (replacementPattern, INPUT_AFTER_MATCH_PATTERN, input.Substring (match.end ()));
replacementPattern = JavaUtils.ReplaceAll (replacementPattern, INPUT_PATTERN, input);
int groupsNumber = match.groupCount ();
if (groupsNumber > 0) {
Pattern p = Pattern.compile (LAST_CAPTURED_GROUP_PATTERN);
Matcher m = p.matcher ((CharSequence) (object) replacementPattern);
if (m.find ()) {
while (groupsNumber > 0) {
if (match.start (patternData.NetToJavaNumbersMap [groupsNumber]) >= 0) {
break;
}
--groupsNumber;
}
if (groupsNumber > 0) {
replacementPattern = m.replaceAll (match.group (patternData.NetToJavaNumbersMap [groupsNumber]));
}
}
}
match.appendReplacement (sb, replacementPattern);
}
internal JvmReMachine (PatternData patternData) {
this._patternData = patternData;
}
public JvmReMachineFactory(PatternData patternData)
{
_machine = new JvmReMachine(patternData);
}
private void InitJvmRegex (PatternData patternData) {
machineFactory = new JvmReMachineFactory (patternData);
this.group_count = this.machineFactory.GroupCount;
this.mapping = this.machineFactory.Mapping;
this._groupNumberToNameMap = this.machineFactory.NamesMapping;
}
internal JvmReMachine(PatternData patternData)
{
this._patternData = patternData;
}
public JvmReMachineFactory (PatternData patternData) {
_machine = new JvmReMachine (patternData);
}
