public ParsedEnum Clone()
{
ParsedEnum cloneToReturn = (ParsedEnum)this.MemberwiseClone();
cloneToReturn.mValues = new List <string>();
cloneToReturn.mValues.AddRange(this.mValues);
return(cloneToReturn);
}
private void CreateParsedEnum()
{
StringBuilder temporaryStringBuilder = new StringBuilder();
foreach (string s in mCurrentBlock)
{
temporaryStringBuilder.AppendLine(s);
}
int startingIndex = 0;
ParsedEnum parsedEnum = new ParsedEnum();
parsedEnum.Parse(temporaryStringBuilder.ToString(), ref startingIndex);
parsedEnum.ClassDefinedIn = this.Name;
mParsedEnums.Add(parsedEnum);
}
private void CreateParsedEnum()
{
StringBuilder temporaryStringBuilder = new StringBuilder();
foreach (string s in mCurrentBlock)
{
temporaryStringBuilder.AppendLine(s);
}
int startingIndex = 0;
ParsedEnum parsedEnum = new ParsedEnum();
parsedEnum.Parse(temporaryStringBuilder.ToString(), ref startingIndex);
parsedEnum.ClassDefinedIn = this.Name;
mParsedEnums.Add(parsedEnum);
}
public ParsedNamespace(string namespaceContents, bool removeComments, bool trimParsedClassContents)
{
int indexIntoFile = 0;
if (removeComments)
{
namespaceContents = ParsedClass.RemoveComments(namespaceContents);
}
namespaceContents = ParsedClass.RemovePreprocessoredOutCode(namespaceContents);
#region Get the namespace name
Name = FlatRedBall.Utilities.StringFunctions.GetWordAfter("namespace ", namespaceContents);
#endregion
while (true)
{
int startOfEnum = namespaceContents.IndexOf("enum ", indexIntoFile + 1);
int startOfClass = namespaceContents.IndexOf("class ", indexIntoFile + 1);
int startOfStruct = namespaceContents.IndexOf("struct ", indexIntoFile + 1);
if (startOfStruct != -1 && startOfStruct < startOfClass || startOfClass == -1)
{
startOfClass = startOfStruct;
}
int startOfInterface = namespaceContents.IndexOf("interface ", indexIntoFile + 1);
if (startOfEnum == -1 && startOfClass == -1 && startOfInterface == -1)
{
break;
}
if (startOfInterface != -1 && (startOfClass == -1 || startOfInterface < startOfClass))
{
startOfClass = startOfInterface;
}
#region Get all enums
if (startOfEnum != -1 &&
(startOfClass == -1 || startOfEnum < startOfClass))
{
ParsedEnum parsedEnum = new ParsedEnum();
int startOfLine = 1 + namespaceContents.LastIndexOf('\n', startOfEnum - 1, startOfEnum);
parsedEnum.Parse(namespaceContents, ref startOfLine);
startOfEnum = namespaceContents.IndexOf("enum ", startOfLine);
parsedEnum.Namespace = this.Name;
mEnums.Add(parsedEnum);
indexIntoFile = startOfLine;
}
#endregion
#region Get all classes
else if( startOfClass != -1)
{
int i = GetEndOfClassIndex(namespaceContents, startOfClass);
indexIntoFile = i;
string substring = namespaceContents.Substring(startOfClass, i - startOfClass + 1);
ParsedClass parsedClass = new ParsedClass(substring, trimParsedClassContents);
parsedClass.Namespace = this.Name;
mClasses.Add(parsedClass);
}
#endregion
}
}
public ParsedNamespace(string namespaceContents, bool removeComments, bool trimParsedClassContents)
{
int indexIntoFile = 0;
if (removeComments)
{
namespaceContents = ParsedClass.RemoveComments(namespaceContents);
}
namespaceContents = ParsedClass.RemovePreprocessoredOutCode(namespaceContents);
#region Get the namespace name
Name = FlatRedBall.Utilities.StringFunctions.GetWordAfter("namespace ", namespaceContents);
#endregion
while (true)
{
int startOfEnum = namespaceContents.IndexOf("enum ", indexIntoFile + 1);
int startOfClass = namespaceContents.IndexOf("class ", indexIntoFile + 1);
int startOfStruct = namespaceContents.IndexOf("struct ", indexIntoFile + 1);
if (startOfStruct != -1 && startOfStruct < startOfClass || startOfClass == -1)
{
startOfClass = startOfStruct;
}
int startOfInterface = namespaceContents.IndexOf("interface ", indexIntoFile + 1);
if (startOfEnum == -1 && startOfClass == -1 && startOfInterface == -1)
{
break;
}
if (startOfInterface != -1 && (startOfClass == -1 || startOfInterface < startOfClass))
{
startOfClass = startOfInterface;
}
#region Get all enums
if (startOfEnum != -1 &&
(startOfClass == -1 || startOfEnum < startOfClass))
{
ParsedEnum parsedEnum = new ParsedEnum();
int startOfLine = 1 + namespaceContents.LastIndexOf('\n', startOfEnum - 1, startOfEnum);
parsedEnum.Parse(namespaceContents, ref startOfLine);
startOfEnum = namespaceContents.IndexOf("enum ", startOfLine);
parsedEnum.Namespace = this.Name;
mEnums.Add(parsedEnum);
indexIntoFile = startOfLine;
}
#endregion
#region Get all classes
else if (startOfClass != -1)
{
int i = GetEndOfClassIndex(namespaceContents, startOfClass);
indexIntoFile = i;
string substring = namespaceContents.Substring(startOfClass, i - startOfClass + 1);
ParsedClass parsedClass = new ParsedClass(substring, trimParsedClassContents);
parsedClass.Namespace = this.Name;
mClasses.Add(parsedClass);
}
#endregion
}
}