int
BnId::operator<(const BnId& A) const
/**
Tri-state return of the ordering of number of true states
@param A :: BnId object to compare
@return Size<A.size, N of True<A.N of True,
IntVal<A.IntVal
*/
{
if (A.size!=size)
return size<A.size;
std::pair<int,int> cntA(0,0); // count for A
std::pair<int,int> cntT(0,0); // count for this
if (Znum!=A.Znum)
return (Znum<A.Znum) ? 1 : 0;
if (Tnum!=A.Tnum)
return (Tnum<A.Tnum) ? 1 : 0;
std::vector<int>::const_reverse_iterator tvc=Tval.rbegin();
std::vector<int>::const_reverse_iterator avc=A.Tval.rbegin();
while(tvc!=Tval.rend())
{
if (*tvc!=*avc)
return *tvc<*avc;
++tvc;
++avc;
}
return 0;
}
void
XmlBuilder::AddCData( const iStringT& data )
{
check( doc_ != 0 || node_ != 0 );
CvtTA<> cntA( data.CStr(), CP_UTF8 );
xmlNodePtr cdata = xmlNewCDataBlock( doc_, (xmlChar*)cntA.str_, lstrlenA( cntA.str_ ) );
check( cdata != 0 );
if ( !xmlAddChild( node_, cdata ) ) throw XmlBuilderException();
}
void
XmlBuilder::AddComment(const iStringT& comment)
{
check( doc_ != 0 || node_ != 0 );
CvtTA<> cntA( comment.CStr(), CP_UTF8 );
xmlNodePtr text = xmlNewComment( (xmlChar*)cntA.str_ );
check( text != 0 );
if ( !xmlAddChild( node_, text ) ) throw XmlBuilderException();
}
