public void setConsiderBracket(bool value)
{
considerBracket = value;
if (value && RTSUtil.isNullOrEmpty(brackets))
{
brackets = BRACKET_OPERATORS;
}
}
public void setConsiderSeperator(bool value)
{
considerSeperator = value;
if (value && RTSUtil.isNullOrEmpty(seperators))
{
seperators = SEPERATORS;
}
}
public void setConsiderOperator(bool value)
{
considerOperator = value;
if (value && RTSUtil.isNullOrEmpty(operators))
{
operators = OPERATORS;
}
}
override public string ToString()
{
if (mCastType == null)
{
return(RTSUtil.linkString(' ', mSrc, mChild,
RTSUtil.isNullOrEmpty(mSrc) ? null : (mSrc[0] + 1).ToString()));
}
else
{
return(RTSUtil.linkString(' ', '(', mCastType.typeName(), ')', mSrc, mChild,
RTSUtil.isNullOrEmpty(mSrc) ? "" : (mSrc[0] + 1).ToString()));
}
}
public bool loadSource(string text)
{
if (RTSUtil.isNullOrEmpty(text))
{
return(false);
}
mReader.Reload(text);
mCompiling = mReader.hasNext();
if (mCompiling)
{
mBuild = true;
mCompile = true;
mTempLinker = new RTSExecL();
mCompileList.clear();
}
return(mCompiling);
}
public void SetSeperator(string seperators)
{
this.seperators = seperators;
considerSeperator &= !RTSUtil.isNullOrEmpty(seperators);
}
public void SetBrackets(string brackets)
{
this.considerBracket &= !RTSUtil.isNullOrEmpty(brackets);
this.brackets = brackets;
}
public void SetOperators(string operators)
{
this.considerOperator &= !RTSUtil.isNullOrEmpty(operators);
this.operators = operators;
}