"Bob Kurtz" <bkurtz@NOSPAM.com> wrote in message
news:gt8q4v8cftlpiv91ks2jtcrene9i5e1cai@4ax.com...
> [...]
> template<class DictKeyType>
> vector<Statement*>
> StatementContainer::getStatementsWithKeyValueImplementation(const
> string & keyNameString, const DictKeyType & valueToCheckFor) const
> {
> // ... Stuff omitted ...
> const bool currentStatementHasKeyValue =
> pCurrentStatementDict->hasKeyWithValue<typename
DictKeyType>(keyNameString,
> valueToCheckFor);
> // ... More stuff omitted
> }

I don't think it's valid to use 'typename' in this instance, because
DictKeyType is not a dependent name.  Furthermore, I don't believe
it is necessary to specify the specialization parameter at all, since
hasKeyWithValue uses that type in a function argument.  That is,
the type of valueToCheckFor should induce argument type deduction
to automatically selet DictKeyType for you.  You should just be
able to write this:

pCurrentStatementDict->hasKeyWithValue(
    keyNameString, valueToCheckFor
);

If you can't, there's some serious problems going on.  Even if you had
to explicitly specify the temlate parameter, you would do so like this:

pCurrentStatementDict->hasKeyWithValue<DictKeyType>(
    keyNameString, valueToCheckFor
);

Dave


---
[ comp.std.c++ is moderated.  To submit articles, try just posting with ]
[ your news-reader.  If that fails, use mailto:std-c++@ncar.ucar.edu    ]
[              --- Please see the FAQ before posting. ---               ]
[ FAQ: http://www.jamesd.demon.co.uk/csc/faq.html                       ]