private string ReplaceGroupNumber(Matcher match,
string reformattedPattern,
PatternGrouping patternGrouping,
RegexOptions options)
{
int groupNumber = int.Parse(match.group(1));
int javaGroupNumber = groupNumber;
int groupCount = patternGrouping.GroupCount;
if (groupCount == -1)
{
if ((options & RegexOptions.ExplicitCapture) == RegexOptions.ExplicitCapture)
{
groupCount = 0;
}
else
{
groupCount = JavaUtils.GroupCount(reformattedPattern);
}
}
else
{
javaGroupNumber = patternGrouping.NetToJavaNumbersMap [groupNumber];
}
if (groupNumber > groupCount)
{
return(null);
}
return(match.replaceFirst(@"\\" + javaGroupNumber));
}
private string ReplaceGroupName(Matcher match,
string reformattedPattern,
PatternGrouping patternGrouping,
RegexOptions options)
{
if (patternGrouping.GroupCount == -1)
{
return(null);
}
string groupName = match.group(1);
Pattern p = Pattern.compile(NUMBER);
Matcher m = p.matcher((CharSequence)(object)groupName);
if (m.matches())
{
return(ReplaceGroupNumber(match, reformattedPattern, patternGrouping, options));
}
if (!patternGrouping.GroupNameToNumberMap.Contains(groupName))
{
return(null);
}
int javaGroupNumber = patternGrouping.NetToJavaNumbersMap [(int)patternGrouping.GroupNameToNumberMap [groupName]];
return(match.replaceFirst(@"\\" + javaGroupNumber));
}
internal static PatternData GetPatternData(string pattern, RegexOptions options)
{
foreach (IConstructType construct in _monoConstructTypesList)
{
if (construct.HasConstruct(pattern, options))
{
return(null);
}
}
PatternGrouping patternGrouping = new PatternGrouping();
string reformattedPattern = pattern;
foreach (IConstructType construct in _jvmOrderedConstructTypesList)
{
reformattedPattern = construct.Reformat(options, reformattedPattern, patternGrouping);
if (reformattedPattern == null)
{
return(null);
}
}
return(new PatternData(options, reformattedPattern, patternGrouping));
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
if (!HasConstruct (reformattedPattern, options)) {
return reformattedPattern;
}
if (patternGrouping.GroupCount >= 0 && patternGrouping.SameGroupsFlag) {
return null;
}
Matcher m = JavaUtils.Matcher (reformattedPattern, NUMBER_BACK_REFERENCE_PATTERN);
if (m.find ()) {
reformattedPattern = ReplaceGroupNumber (m, reformattedPattern, patternGrouping, options);
if (reformattedPattern == null)
return null;
}
m = JavaUtils.Matcher(reformattedPattern, NAME_1_BACK_REFERENCE_PATTERN);
if (m.find ()) {
reformattedPattern = ReplaceGroupName (m, reformattedPattern, patternGrouping, options);
if (reformattedPattern == null)
return null;
}
m = JavaUtils.Matcher(reformattedPattern, NAME_2_BACK_REFERENCE_PATTERN);
if (m.find ()) {
reformattedPattern = ReplaceGroupName (m, reformattedPattern, patternGrouping, options);
if (reformattedPattern == null)
return null;
}
return reformattedPattern;
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
if (!HasConstruct (reformattedPattern, options)) {
return reformattedPattern;
}
UpdateGroupMapping (reformattedPattern, options, patternGrouping);
return ReformatPattern (reformattedPattern);
}
internal PatternData (
RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
this._patternGrouping = patternGrouping;
_javaPattern = Pattern.compile (reformattedPattern, GetJavaFlags (options));
FillGroups (options);
}
internal PatternData(
RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
this._patternGrouping = patternGrouping;
_javaPattern = Pattern.compile(reformattedPattern, GetJavaFlags(options));
FillGroups(options);
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
reformattedPattern = JavaUtils.ReplaceWithLookBehind (reformattedPattern, BACKSLASH_PATTERN, BACKSLASH_BEHIND_PATTERN, BACKSLASH);
reformattedPattern = JavaUtils.ReplaceAllAdvanced (reformattedPattern, LEFT_FIGURE_PAREN, ESC_LEFT_FIGURE);
reformattedPattern = JavaUtils.ReplaceAllAdvanced (reformattedPattern, RIGHT_FIGURE_PAREN, ESC_RIGHT_FIGURE);
reformattedPattern = JavaUtils.ReplaceWithLookBehind (reformattedPattern, BRACKET_PATTERN, BRACKET_BEHIND_PATTERN, BRACKET);
reformattedPattern = JavaUtils.ReplaceAllAdvanced (reformattedPattern, NULL_PATTERN, JAVA_NULL);
return reformattedPattern;
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
reformattedPattern = JavaUtils.ReplaceWithLookBehind(reformattedPattern, BACKSLASH_PATTERN, BACKSLASH_BEHIND_PATTERN, BACKSLASH);
reformattedPattern = JavaUtils.ReplaceAllAdvanced(reformattedPattern, LEFT_FIGURE_PAREN, ESC_LEFT_FIGURE);
reformattedPattern = JavaUtils.ReplaceAllAdvanced(reformattedPattern, RIGHT_FIGURE_PAREN, ESC_RIGHT_FIGURE);
reformattedPattern = JavaUtils.ReplaceWithLookBehind(reformattedPattern, BRACKET_PATTERN, BRACKET_BEHIND_PATTERN, BRACKET);
reformattedPattern = JavaUtils.ReplaceAllAdvanced(reformattedPattern, NULL_PATTERN, JAVA_NULL);
return(reformattedPattern);
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
reformattedPattern = JavaUtils.ReplaceAll (reformattedPattern, INLINE_COMMENT_PATTERN, String.Empty);
if ((options & RegexOptions.IgnorePatternWhitespace) == 0)
return reformattedPattern;
reformattedPattern = JavaUtils.ReplaceAll (reformattedPattern, COMMENT_PATTERN, String.Empty);
return reformattedPattern;
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
if (!HasConstruct(reformattedPattern, options))
{
return(reformattedPattern);
}
UpdateGroupMapping(reformattedPattern, options, patternGrouping);
return(ReformatPattern(reformattedPattern));
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
reformattedPattern = JavaUtils.ReplaceAll(reformattedPattern, INLINE_COMMENT_PATTERN, String.Empty);
if ((options & RegexOptions.IgnorePatternWhitespace) == 0)
{
return(reformattedPattern);
}
reformattedPattern = JavaUtils.ReplaceAll(reformattedPattern, COMMENT_PATTERN, String.Empty);
return(reformattedPattern);
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
if (!HasConstruct(reformattedPattern, options))
{
return(reformattedPattern);
}
if (patternGrouping.GroupCount >= 0 && patternGrouping.SameGroupsFlag)
{
return(null);
}
Matcher m = JavaUtils.Matcher(reformattedPattern, NUMBER_BACK_REFERENCE_PATTERN);
if (m.find())
{
reformattedPattern = ReplaceGroupNumber(m, reformattedPattern, patternGrouping, options);
if (reformattedPattern == null)
{
return(null);
}
}
m = JavaUtils.Matcher(reformattedPattern, NAME_1_BACK_REFERENCE_PATTERN);
if (m.find())
{
reformattedPattern = ReplaceGroupName(m, reformattedPattern, patternGrouping, options);
if (reformattedPattern == null)
{
return(null);
}
}
m = JavaUtils.Matcher(reformattedPattern, NAME_2_BACK_REFERENCE_PATTERN);
if (m.find())
{
reformattedPattern = ReplaceGroupName(m, reformattedPattern, patternGrouping, options);
if (reformattedPattern == null)
{
return(null);
}
}
return(reformattedPattern);
}
internal static PatternData GetPatternData (string pattern, RegexOptions options) {
foreach (IConstructType construct in _monoConstructTypesList) {
if (construct.HasConstruct (pattern, options)) {
return null;
}
}
PatternGrouping patternGrouping = new PatternGrouping ();
string reformattedPattern = pattern;
foreach (IConstructType construct in _jvmOrderedConstructTypesList) {
reformattedPattern = construct.Reformat (options, reformattedPattern, patternGrouping);
if (reformattedPattern == null)
return null;
}
return new PatternData (options, reformattedPattern, patternGrouping);
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
throw new NotImplementedException("Reformat for not allowed constructs is not implemented.");
}
private static void UpdateGroupMapping (string reformattedPattern,
RegexOptions options,
PatternGrouping patternGrouping) {
CharSequence workString = (CharSequence) (object) JavaUtils.ReplaceAll (reformattedPattern, ESCAPED_LEFT_PAREN_TEMPL, String.Empty);
//Split pattern by left parenthesis
Pattern p = Pattern.compile (LEFT_PAREN);
string [] parts = p.split (workString);
Pattern nonCapturedGroupPattern = Pattern.compile (NON_CAPTURED_GROUP_PATTERN);
Pattern groupNamePattern1 = Pattern.compile (NAMED_GROUP_PATTERN1);
Pattern groupNamePattern2 = Pattern.compile (NAMED_GROUP_PATTERN2);
Pattern groupNumPattern1 = Pattern.compile (NUMBERED_GROUP_PATTERN1);
Pattern groupNumPattern2 = Pattern.compile (NUMBERED_GROUP_PATTERN2);
int enoughLength = parts.Length;
string [] namedGroups = new string [enoughLength];
int [] javaGroupNumberToNetGroupNumber = new int [enoughLength];
int capturedGroupsCount = 0;
int namedGroupsCount = 0;
int nonamedGroupsCount = 0;
int sameGroupsCounter = 0;
//Scan of groups
for (int i = 1; i < parts.Length; ++i) {
//nonamed group
if (parts [i].StartsWith (QUESTION) == false) {
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = ++nonamedGroupsCount;
continue;
}
//Skip non captured groups
Matcher partMatcher =
nonCapturedGroupPattern.matcher ((CharSequence) (object) parts [i]);
if (partMatcher.find ()) {
continue;
}
//Find named groups by 2 patterns
partMatcher = groupNamePattern1.matcher ((CharSequence) (object) parts [i]);
if (partMatcher.find ()) {
namedGroups [namedGroupsCount++] = partMatcher.group (1);
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = -1;
continue;
}
partMatcher = groupNamePattern2.matcher ((CharSequence) (object) parts [i]);
if (partMatcher.find ()) {
namedGroups [namedGroupsCount++] = partMatcher.group (1);
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = -1;
continue;
}
//Find explicitly numbered groups by 2 patterns
partMatcher = groupNumPattern1.matcher ((CharSequence) (object) parts [i]);
if (partMatcher.find ()) {
int netGroupNumber = int.Parse (partMatcher.group (1));
if ((options & RegexOptions.ExplicitCapture) == RegexOptions.ExplicitCapture) {
namedGroups [namedGroupsCount++] = partMatcher.group (1);
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = -1;
}
else {
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = netGroupNumber;
if (javaGroupNumberToNetGroupNumber [capturedGroupsCount] != netGroupNumber) {
++sameGroupsCounter;
}
}
continue;
}
partMatcher = groupNumPattern2.matcher ((CharSequence) (object) parts [i]);
if (partMatcher.find ()) {
int netGroupNumber = int.Parse (partMatcher.group (1));
if ((options & RegexOptions.ExplicitCapture) == RegexOptions.ExplicitCapture) {
namedGroups [namedGroupsCount++] = partMatcher.group (1);
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = -1;
}
else {
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = netGroupNumber;
if (javaGroupNumberToNetGroupNumber [capturedGroupsCount] != netGroupNumber) {
++sameGroupsCounter;
}
}
continue;
}
}
//Filling grouping
patternGrouping.SetGroups (namedGroups,
javaGroupNumberToNetGroupNumber,
nonamedGroupsCount,
capturedGroupsCount,
sameGroupsCounter,
options);
return;
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
throw new NotImplementedException("Reformat for look ahead with undefined length construct is not implemented.");
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
throw new NotImplementedException("Reformat for balancing group is not implemented.");
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
throw new NotImplementedException ("Reformat for not allowed constructs is not implemented.");
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
return(JavaUtils.ReplaceAll(reformattedPattern, DEFINITION, IS_CATEGORY));
}
private static void UpdateGroupMapping(string reformattedPattern,
RegexOptions options,
PatternGrouping patternGrouping)
{
CharSequence workString = (CharSequence)(object)JavaUtils.ReplaceAll(reformattedPattern, ESCAPED_LEFT_PAREN_TEMPL, String.Empty);
//Split pattern by left parenthesis
Pattern p = Pattern.compile(LEFT_PAREN);
string [] parts = p.split(workString);
Pattern nonCapturedGroupPattern = Pattern.compile(NON_CAPTURED_GROUP_PATTERN);
Pattern groupNamePattern1 = Pattern.compile(NAMED_GROUP_PATTERN1);
Pattern groupNamePattern2 = Pattern.compile(NAMED_GROUP_PATTERN2);
Pattern groupNumPattern1 = Pattern.compile(NUMBERED_GROUP_PATTERN1);
Pattern groupNumPattern2 = Pattern.compile(NUMBERED_GROUP_PATTERN2);
int enoughLength = parts.Length;
string [] namedGroups = new string [enoughLength];
int [] javaGroupNumberToNetGroupNumber = new int [enoughLength];
int capturedGroupsCount = 0;
int namedGroupsCount = 0;
int nonamedGroupsCount = 0;
int sameGroupsCounter = 0;
//Scan of groups
for (int i = 1; i < parts.Length; ++i)
{
//nonamed group
if (parts [i].StartsWith(QUESTION) == false)
{
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = ++nonamedGroupsCount;
continue;
}
//Skip non captured groups
Matcher partMatcher =
nonCapturedGroupPattern.matcher((CharSequence)(object)parts [i]);
if (partMatcher.find())
{
continue;
}
//Find named groups by 2 patterns
partMatcher = groupNamePattern1.matcher((CharSequence)(object)parts [i]);
if (partMatcher.find())
{
namedGroups [namedGroupsCount++] = partMatcher.group(1);
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = -1;
continue;
}
partMatcher = groupNamePattern2.matcher((CharSequence)(object)parts [i]);
if (partMatcher.find())
{
namedGroups [namedGroupsCount++] = partMatcher.group(1);
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = -1;
continue;
}
//Find explicitly numbered groups by 2 patterns
partMatcher = groupNumPattern1.matcher((CharSequence)(object)parts [i]);
if (partMatcher.find())
{
int netGroupNumber = int.Parse(partMatcher.group(1));
if ((options & RegexOptions.ExplicitCapture) == RegexOptions.ExplicitCapture)
{
namedGroups [namedGroupsCount++] = partMatcher.group(1);
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = -1;
}
else
{
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = netGroupNumber;
if (javaGroupNumberToNetGroupNumber [capturedGroupsCount] != netGroupNumber)
{
++sameGroupsCounter;
}
}
continue;
}
partMatcher = groupNumPattern2.matcher((CharSequence)(object)parts [i]);
if (partMatcher.find())
{
int netGroupNumber = int.Parse(partMatcher.group(1));
if ((options & RegexOptions.ExplicitCapture) == RegexOptions.ExplicitCapture)
{
namedGroups [namedGroupsCount++] = partMatcher.group(1);
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = -1;
}
else
{
javaGroupNumberToNetGroupNumber [++capturedGroupsCount] = netGroupNumber;
if (javaGroupNumberToNetGroupNumber [capturedGroupsCount] != netGroupNumber)
{
++sameGroupsCounter;
}
}
continue;
}
}
//Filling grouping
patternGrouping.SetGroups(namedGroups,
javaGroupNumberToNetGroupNumber,
nonamedGroupsCount,
capturedGroupsCount,
sameGroupsCounter,
options);
return;
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
throw new NotImplementedException ("Reformat for alternation construct with back reference is not implemented.");
}
private string ReplaceGroupNumber (Matcher match,
string reformattedPattern,
PatternGrouping patternGrouping,
RegexOptions options) {
int groupNumber = int.Parse (match.group (1));
int javaGroupNumber = groupNumber;
int groupCount = patternGrouping.GroupCount;
if (groupCount == -1) {
if ((options & RegexOptions.ExplicitCapture) == RegexOptions.ExplicitCapture) {
groupCount = 0;
}
else {
groupCount = JavaUtils.GroupCount (reformattedPattern);
}
}
else {
javaGroupNumber = patternGrouping.NetToJavaNumbersMap [groupNumber];
}
if (groupNumber > groupCount) {
return null;
}
return match.replaceFirst (@"\\" + javaGroupNumber);
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
throw new NotImplementedException ("RightToLeftOptions Reformat is not implemented");
}
private string ReplaceGroupName (Matcher match,
string reformattedPattern,
PatternGrouping patternGrouping,
RegexOptions options) {
if (patternGrouping.GroupCount == -1){
return null;
}
string groupName = match.group (1);
Pattern p = Pattern.compile (NUMBER);
Matcher m = p.matcher ((CharSequence) (object) groupName);
if (m.matches ()) {
return ReplaceGroupNumber (match, reformattedPattern, patternGrouping, options);
}
if (!patternGrouping.GroupNameToNumberMap.Contains (groupName)) {
return null;
}
int javaGroupNumber = patternGrouping.NetToJavaNumbersMap [(int) patternGrouping.GroupNameToNumberMap [groupName]];
return match.replaceFirst (@"\\" + javaGroupNumber);
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
throw new NotImplementedException("Reformat for inline explicit capture construct is not implemented.");
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
throw new NotImplementedException ("Reformat for look ahead with undefined length construct is not implemented.");
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
throw new NotImplementedException ("Reformat for balancing group is not implemented.");
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
throw new NotImplementedException("Reformat for alternation construct with back reference is not implemented.");
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
throw new NotImplementedException("RightToLeftOptions Reformat is not implemented");
}
public string Reformat(RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping)
{
throw new NotImplementedException("Reformat for inline explicit capture construct is not implemented.");
}
public string Reformat (RegexOptions options,
string reformattedPattern,
PatternGrouping patternGrouping) {
return JavaUtils.ReplaceAll (reformattedPattern, DEFINITION, IS_CATEGORY);
}