|
private FillArgumentList ( |
||
| parsedMethod | ||
| currentBlock | List |
|
| lineIndex | int | |
| requireTypes | bool | |
| return | void | |
private void CreateParsedMethod(int startIndex, int endIndex, bool trimContents)
{
// For now we'll assume that all properties are on
// the same line. Eventually we may want to combine
// all lines before the opening bracket
// todo: add attributes:
CurrentAttributes.Clear();
#region Get header information
int lineIndexForHeader = 0;
string headerLine = mCurrentBlock[lineIndexForHeader].Trim();
int numberOfParens = mCurrentBlock[lineIndexForHeader].CountOf('(') - mCurrentBlock[lineIndexForHeader].CountOf(')');
while (numberOfParens > 0)
{
lineIndexForHeader++;
headerLine += " " + mCurrentBlock[lineIndexForHeader].Trim();
numberOfParens += mCurrentBlock[lineIndexForHeader].CountOf('(') - mCurrentBlock[lineIndexForHeader].CountOf(')');
}
ParsedMethod parsedMethod = new ParsedMethod();
parsedMethod.FillHeaderInformation(headerLine);
#endregion
parsedMethod.StartIndex = startIndex;
parsedMethod.EndIndex = endIndex;
parsedMethod.FillArgumentList(parsedMethod, mCurrentBlock, 0, true);
// Fill generic restrictions after getting all arguments
parsedMethod.FillGenericRestrictions(headerLine);
parsedMethod.FillBaseCall(mCurrentBlock);
StringBuilder methodContents = new StringBuilder();
bool hasGetter;
bool hasSetter;
bool hasAutomaticGetter;
bool hasAutomaticSetter;
FillGettersAndSetters(methodContents, methodContents, false, trimContents, out hasGetter, out hasSetter, out hasAutomaticGetter, out hasAutomaticSetter);
parsedMethod.MethodContents = methodContents.ToString();
parsedMethod.StoreOffOldName();
mParsedMethods.Add(parsedMethod);
}
internal void FillBaseCall(List <string> currentBlock)
{
int lineOn = 1;
string baseCall = "";
if (currentBlock.Count == 1)
{
return;
}
while (true)
{
// We need to trim here because we may not have
// trimmed the content already
if (lineOn >= currentBlock.Count)
{
break;
}
string line = currentBlock[lineOn].Trim();
if (line.StartsWith("{"))
{
break;
}
else if ((line.Contains("base") || line.Contains("this")) && !line.EndsWith(";"))
{
baseCall += line;
}
lineOn++;
}
if (baseCall != "")
{
BaseCall = new ParsedMethod();
if (baseCall.StartsWith(":"))
{
baseCall = baseCall.Substring(1).Trim();
}
BaseCall.FillHeaderInformation(baseCall);
BaseCall.FillArgumentList(BaseCall, currentBlock, lineOn - 1, false);
}
}
private void CreateParsedMethod(int startIndex, int endIndex, bool trimContents)
{
// For now we'll assume that all properties are on
// the same line. Eventually we may want to combine
// all lines before the opening bracket
// todo: add attributes:
CurrentAttributes.Clear();
#region Get header information
int lineIndexForHeader = 0;
string headerLine = mCurrentBlock[lineIndexForHeader].Trim() ;
int numberOfParens = mCurrentBlock[lineIndexForHeader].CountOf('(') - mCurrentBlock[lineIndexForHeader].CountOf(')');
while (numberOfParens > 0)
{
lineIndexForHeader++;
headerLine += " " + mCurrentBlock[lineIndexForHeader].Trim();
numberOfParens += mCurrentBlock[lineIndexForHeader].CountOf('(') - mCurrentBlock[lineIndexForHeader].CountOf(')');
}
ParsedMethod parsedMethod = new ParsedMethod();
parsedMethod.FillHeaderInformation(headerLine);
#endregion
parsedMethod.StartIndex = startIndex;
parsedMethod.EndIndex = endIndex;
parsedMethod.FillArgumentList(parsedMethod, mCurrentBlock, 0, true);
// Fill generic restrictions after getting all arguments
parsedMethod.FillGenericRestrictions(headerLine);
parsedMethod.FillBaseCall(mCurrentBlock);
StringBuilder methodContents = new StringBuilder();
bool hasGetter;
bool hasSetter;
bool hasAutomaticGetter;
bool hasAutomaticSetter;
FillGettersAndSetters(methodContents, methodContents, false, trimContents, out hasGetter, out hasSetter, out hasAutomaticGetter, out hasAutomaticSetter);
parsedMethod.MethodContents = methodContents.ToString();
parsedMethod.StoreOffOldName();
mParsedMethods.Add(parsedMethod);
}
internal void FillBaseCall(List<string> currentBlock)
{
int lineOn = 1;
string baseCall = "";
if (currentBlock.Count == 1)
{
return;
}
while (true)
{
// We need to trim here because we may not have
// trimmed the content already
if (lineOn >= currentBlock.Count)
{
break;
}
string line = currentBlock[lineOn].Trim();
if (line.StartsWith("{"))
{
break;
}
else if( (line.Contains("base") || line.Contains("this")) && !line.EndsWith(";") )
{
baseCall += line;
}
lineOn++;
}
if (baseCall != "")
{
BaseCall = new ParsedMethod();
if (baseCall.StartsWith(":"))
{
baseCall = baseCall.Substring(1).Trim();
}
BaseCall.FillHeaderInformation(baseCall);
BaseCall.FillArgumentList(BaseCall, currentBlock, lineOn - 1, false);
}
}