g++ in ubuntu 64bit encounter "not declared in this scope"

ansonc · 11-27-2014, 02:56 AM

hi,
I want to compille a osrtspproxy_2_0 tool from source with I get it from github. But it get "not declared in this scope" error. I check the code but couldn't find any clue.
The OS is ubuntu 14.04 and 64bit. gcc version 4.8.2 (Ubuntu 4.8.2-19ubuntu1).
here is the compile infomation.

Quote:

g++ -DNDEBUG -D_UNIX -D_LINUX -Wall -I/usr/local/include -I. -c -o str.o str.cpp
In file included from str.h:14:0,
from str.cpp:14:
tlist.h: In member function ‘T& TSingleList<T>::Iterator:

perator*()’:
tlist.h:97:20: error: ‘m_pNode’ was not declared in this scope
return m_pNode->GetData();
^
tlist.h: In member function ‘const T& TSingleList<T>::ConstIterator:

perator*() const’:
tlist.h:117:20: error: ‘m_pNode’ was not declared in this scope
return m_pNode->GetData();
^
tlist.h: In member function ‘T& TDoubleList<T>::Iterator:

perator*()’:
tlist.h:285:20: error: ‘m_pNode’ was not declared in this scope
return m_pNode->GetData();
^
tlist.h: In member function ‘const T& TDoubleList<T>::ConstIterator:

perator*() const’:
tlist.h:305:20: error: ‘m_pNode’ was not declared in this scope
return m_pNode->GetData();
^
make[1]: *** [str.o] Error 1

the tlist.h file is:

Code:

/****************************************************************************
 *
 *  Copyright (C) 2000-2001 RealNetworks, Inc. All rights reserved.
 *
 *  This program is free software.  It may be distributed under the terms
 *  in the file LICENSE, found in the top level of the source distribution.
 *
 */

#ifndef _TLIST_H
#define _TLIST_H

#include <assert.h>

template <class T>
class TSingleList
{
private: // Unimplemented
    TSingleList( const TSingleList& );
    TSingleList& operator=( const TSingleList& );

protected:
    class TSingleNode
    {
    public:
        TSingleNode( TSingleNode* pNext, const T& Data ) :
            m_pNext(pNext),
            m_Data(Data)
        {
            // Empty
        }
        T& GetData( void ) { return m_Data; }
        const T& GetData( void ) const { return m_Data; }

        TSingleNode* m_pNext;
        T            m_Data;
    };
    class IteratorBase
    {
        friend class TSingleList<T>;
    public:
        IteratorBase( void ) :
            m_pList(NULL),
            m_pNode(NULL)
        {
            // Empty
        }
        bool operator++( void )
        {
            assert( m_pList && m_pNode );
            m_pNode = m_pNode->m_pNext;
            return ( m_pNode != NULL );
        }
        bool operator++( int )
        {
            assert( m_pList && m_pNode );
            m_pNode = m_pNode->m_pNext;
            return ( m_pNode != NULL );
        }
        operator bool( void ) const
        {
            return ( m_pList != NULL && m_pNode != NULL );
        }
        bool operator==( const IteratorBase& itr ) const
        {
            return ( itr.m_pList == m_pList && itr.m_pNode == m_pNode );
        }
        bool operator!=( const IteratorBase& itr ) const
        {
            return ( itr.m_pList != m_pList || itr.m_pNode != m_pNode );
        }

    protected:
        IteratorBase( const TSingleList<T>* pList, TSingleNode* pNode ) :
             m_pList(pList),
             m_pNode(pNode)
        {
            // Empty
        }

    protected:
        const TSingleList<T>* m_pList;
        TSingleNode*          m_pNode;
    };
public:
    class Iterator : public IteratorBase
    {
        friend class TSingleList<T>;
    public:
        Iterator( void ) : IteratorBase()
        {
            // Empty
        }
        T& operator*( void )
        {
            assert( m_pList && m_pNode );
            return m_pNode->GetData();
        }
    protected:
        Iterator( TSingleList<T>* pList, TSingleNode* pNode ) :
            IteratorBase( pList, pNode )
        {
            // Empty
        }
    };
    class ConstIterator : public IteratorBase
    {
        friend class TSingleList<T>;
    public:
        ConstIterator( void ) : IteratorBase()
        {
            // Empty
        }
        const T& operator*( void ) const
        {
            assert( m_pList && m_pNode );
            return m_pNode->GetData();
        }
    protected:
        ConstIterator( const TSingleList<T>* pList, TSingleNode* pNode ) :
            IteratorBase( pList, pNode )
        {
            // Empty
        }
    };

    TSingleList( void ) : m_pHead(NULL), m_pTail(NULL), m_nCount(0) {}
    ~TSingleList( void )
    {
        while( ! IsEmpty() )
        {
            RemoveHead();
        }
    }

    bool IsEmpty( void ) const { return m_pHead == NULL; }
    unsigned int GetCount( void ) const { return m_nCount; }
    void InsertHead( const T& Data )
    {
        TSingleNode* pNode = new TSingleNode( m_pHead, Data );
        assert( pNode );
        m_pHead = pNode;
        if( ! m_pTail )
        {
            m_pTail = pNode;
        }
        m_nCount++;
    }
    void InsertTail( const T& Data )
    {
        TSingleNode* pNode = new TSingleNode( NULL, Data );
        assert( pNode );
        if( m_pTail )
        {
            m_pTail->m_pNext = pNode;
        }
        m_pTail = pNode;
        if( ! m_pHead )
        {
            m_pHead = pNode;
        }
        m_nCount++;
    }
    T RemoveHead( void )
    {
        TSingleNode* pNode = m_pHead;
        m_pHead = pNode->m_pNext;
        if( ! m_pHead )
        {
            m_pTail = NULL;
        }
        T Data = pNode->GetData();
        delete pNode;
        m_nCount--;
        return Data;
    }

    Iterator      Begin( void )       { return Iterator( this, m_pHead ); }
    ConstIterator Begin( void ) const { return ConstIterator( this, m_pHead ); }
    Iterator      End( void )       { return Iterator( this, NULL ); }
    ConstIterator End( void ) const { return ConstIterator( this, NULL ); }

protected:
    TSingleNode* m_pHead;
    TSingleNode* m_pTail;
    unsigned int m_nCount;
};

template <class T>
class TDoubleList
{
private: // Unimplemented
    TDoubleList( const TDoubleList& );
    TDoubleList& operator=( const TDoubleList& );

protected:
    class TDoubleNode
    {
    public:
         TDoubleNode( TDoubleNode* pPrev, TDoubleNode* pNext, const T& Data ) :
            m_pPrev(pPrev),
            m_pNext(pNext),
            m_Data(Data)
        {
            // Empty
        }
        T& GetData( void ) { return m_Data; }
        const T& GetData( void ) const { return m_Data; }

        TDoubleNode* m_pPrev;
        TDoubleNode* m_pNext;
        T            m_Data;
    };
    class IteratorBase
    {
        friend class TDoubleList<T>;
    public:
        IteratorBase( void ) :
            m_pList(NULL),
            m_pNode(NULL)
        {
            // Empty
        }
        bool operator++( void )
        {
            assert( m_pList && m_pNode );
            m_pNode = m_pNode->m_pNext;
            return ( m_pNode != NULL );
        }
        bool operator++( int )
        {
            assert( m_pList && m_pNode );
            m_pNode = m_pNode->m_pNext;
            return ( m_pNode != NULL );
        }
        bool operator--( void )
        {
            assert( m_pList && m_pNode );
            m_pNode = m_pNode->m_pPrev;
            return ( m_pNode != NULL );
        }
        bool operator--( int )
        {
            assert( m_pList && m_pNode );
            m_pNode = m_pNode->m_pNext;
            return ( m_pNode != NULL );
        }
        operator bool( void ) const
        {
            return ( m_pList != NULL && m_pNode != NULL );
        }
        bool operator==( const IteratorBase& itr ) const
        {
            return ( itr.m_pList == m_pList && itr.m_pNode == m_pNode );
        }
        bool operator!=( const IteratorBase& itr ) const
        {
            return ( itr.m_pList != m_pList || itr.m_pNode != m_pNode );
        }

    protected:
        IteratorBase( const TDoubleList<T>* pList, TDoubleNode* pNode ) :
             m_pList(pList),
             m_pNode(pNode)
        {
            // Empty
        }

    protected:
        const TDoubleList<T>* m_pList;
        TDoubleNode*          m_pNode;
    };
public:
    class Iterator : public IteratorBase
    {
        friend class TDoubleList<T>;
    public:
        Iterator( void ) : IteratorBase()
        {
            // Empty
        }
        T& operator*( void )
        {
            assert( m_pList && m_pNode );
            return m_pNode->GetData();
        }
    protected:
        Iterator( const TDoubleList<T>* pList, TDoubleNode* pNode ) :
            IteratorBase( pList, pNode )
        {
            // Empty
        }
    };
    class ConstIterator : public IteratorBase
    {
        friend class TDoubleList<T>;
    public:
        ConstIterator( void ) : IteratorBase()
        {
            // Empty
        }
        const T& operator*( void ) const
        {
            assert( m_pList && m_pNode );
            return m_pNode->GetData();
        }
    protected:
        ConstIterator( const TDoubleList<T>* pList, TDoubleNode* pNode ) :
            IteratorBase( pList, pNode )
        {
            // Empty
        }
    };

    TDoubleList( void ) : m_pHead(NULL), m_pTail(NULL), m_nCount(0) {}
    ~TDoubleList( void )
    {
        while( ! IsEmpty() )
        {
            RemoveHead();
        }
    }

    bool IsEmpty( void ) const { return m_pHead == NULL; }
    unsigned int GetCount( void ) const { return m_nCount; }
    void InsertHead( const T& Data )
    {
        TDoubleNode* pNode = new TDoubleNode( NULL, m_pHead, Data );
        assert( pNode );
        if( m_pHead )
        {
            m_pHead->m_pPrev = pNode;
        }
        m_pHead = pNode;
        if( ! m_pTail )
        {
            m_pTail = pNode;
        }
        m_nCount++;
    }
    void InsertTail( const T& Data )
    {
        TDoubleNode* pNode = new TDoubleNode( m_pTail, NULL, Data );
        assert( pNode );
        if( m_pTail )
        {
            m_pTail->m_pNext = pNode;
        }
        m_pTail = pNode;
        if( ! m_pHead )
        {
            m_pHead = pNode;
        }
        m_nCount++;
    }
    void InsertBefore( const Iterator& itr, const T& Data )
    {
        assert( this == itr.m_pList && NULL != itr.m_pNode );
        assert( m_pHead && m_pTail && m_nCount );
        TDoubleNode* pNode = new TDoubleNode( NULL, itr.m_pNode, Data );
        assert( pNode );
        if( itr.m_pNode->m_pPrev )
        {
            itr.m_pNode->m_pPrev->m_pNext = pNode;
            pNode->m_pPrev = itr.m_pNode->m_pPrev;
        }
        else
        {
            assert( m_pHead == itr.m_pNode );
            m_pHead = pNode;
        }
        itr.m_pNode->m_pPrev = pNode;
        m_nCount++;
    }
    void InsertAfter( const Iterator& itr, const T& Data )
    {
        assert( this == itr.m_pList && NULL != itr.m_pNode );
        assert( m_pHead && m_pTail && m_nCount );
        TDoubleNode* pNode = new TDoubleNode( itr.m_pNode, NULL, Data );
        assert( pNode );
        if( itr.m_pNode->m_pNext )
        {
            itr.m_pNode->m_pNext->m_pPrev = pNode;
            pNode->m_pNext = itr.m_pNode->m_pNext;
        }
        else
        {
            assert( m_pTail == itr.m_pNode );
            m_pTail = pNode;
        }
        itr.m_pNode->m_pNext = pNode;
        m_nCount++;
    }
    T Remove( Iterator& itr )
    {
        assert( this == itr.m_pList && NULL != itr.m_pNode );
        assert( m_pHead && m_pTail && m_nCount );
        TDoubleNode* pNode = itr.m_pNode;
        itr.m_pNode = NULL;
        if( pNode->m_pPrev )
        {
            pNode->m_pPrev->m_pNext = pNode->m_pNext;
        }
        else
        {
            assert( m_pHead == pNode );
            m_pHead = pNode->m_pNext;
        }
        if( pNode->m_pNext )
        {
            pNode->m_pNext->m_pPrev = pNode->m_pPrev;
        }
        else
        {
            assert( m_pTail == pNode );
            m_pTail = pNode->m_pPrev;
        }
        T Data = pNode->GetData();
        delete pNode;
        m_nCount--;
        return Data;
    }
    T RemoveHead( void )
    {
        assert( m_pHead && m_pTail && m_nCount );
        TDoubleNode* pNode = m_pHead;
        m_pHead = pNode->m_pNext;
        if( ! m_pHead )
        {
            m_pTail = NULL;
        }
        T Data = pNode->GetData();
        delete pNode;
        m_nCount--;
        return Data;
    }
    T RemoveTail( void )
    {
        assert( m_pHead && m_pTail && m_nCount );
        TDoubleNode* pNode = m_pTail;
        m_pTail = pNode->m_pPrev;
        if( ! m_pTail )
        {
            m_pHead = NULL;
        }
        T Data = pNode->GetData();
        delete pNode;
        m_nCount--;
        return Data;
    }

    Iterator      Begin( void )       { return Iterator( this, m_pHead ); }
    ConstIterator Begin( void ) const { return ConstIterator( this, m_pHead ); }
    Iterator      End( void )       { return Iterator( this, NULL ); }
    ConstIterator End( void ) const { return ConstIterator( this, NULL ); }

    protected:
        TDoubleNode* m_pHead;
        TDoubleNode* m_pTail;
        unsigned int m_nCount;
};

#endif  // _TLIST_H

please take a look and see if any thing occured to you.
thanks.

pan64 · 11-27-2014, 04:09 AM

You ought to use [code]your code[/code] instead of [quote].. Please try to edit your original post and fix this issue!
I would say the error message is misleading, I think this file is ok, probably the file str.cpp contains something strange, but we cannot see that.

ansonc · 11-27-2014, 04:27 AM

thanks, pan64.
No clue in the cpp file either.
It's a opensource kit tool. It should have been compiled before.
Any chance it's the g++ problems?

knudfl · 11-27-2014, 07:12 AM

Quote:

osrtspproxy_2_0 tool from source .... from github

Unknown version, but version "2_0" or 2.0 has been around for 10 years?
( There is an example "2.0" package for Redhat EL3.)

Some hints : The year 2010 version from
. http://code.google.com/p/mmqos/sourc...srtspproxy_2_0
. http://code.google.com/p/mmqos/source/checkout →
$ svn checkout http://mmqos.googlecode.com/svn/trunk/ mmqos-read-only
.. will compile the two first libraries OK with g++-4.4 ,
but fails with rtspproxy/*

Using gcc-4.4 / g++-4.4 : Edit the three Makefile´s in
{ libapp/, librtsp/, rtspproxy/ } from
CC=gcc
CXX=g++

to :

CC=gcc-4.4
CXX=g++-4.4

-

ansonc · 11-27-2014, 10:46 PM

Quote:

Originally Posted by knudfl

Unknown version, but version "2_0" or 2.0 has been around for 10 years?
( There is an example "2.0" package for Redhat EL3.)

Some hints : The year 2010 version from
. http://code.google.com/p/mmqos/sourc...srtspproxy_2_0
. http://code.google.com/p/mmqos/source/checkout →
$ svn checkout http://mmqos.googlecode.com/svn/trunk/ mmqos-read-only
.. will compile the two first libraries OK with g++-4.4 ,
but fails with rtspproxy/*

Using gcc-4.4 / g++-4.4 : Edit the three Makefile´s in
{ libapp/, librtsp/, rtspproxy/ } from
CC=gcc
CXX=g++

to :

CC=gcc-4.4
CXX=g++-4.4

-

hi,knudfl
thanks for your quick reply. And I can see some difference exist on the version on code.google and the one I used.
I want to check that out. But my headache is I can not get any access to the code.google trunk for the firewall blocking.
Would you please spare some time to help me with it. Many thanks.

knudfl · 11-28-2014, 02:28 AM

← #5 .

OK, I got a new download with ...
$ svn checkout http://mmqos.googlecode.com/svn/trunk/ mmqos-read-only
And packed it up :
$ tar -cf mmqos-osrtspproxy_2_0_svn.r43.tar mmqos-read-only/

Uploaded as mmqos-osrtspproxy_2_0_svn.r43.tar.gz ( 2.1 MB ).
Download link https://drive.google.com/file/d/0B7S...ew?usp=sharing

-

mtdew3q · 12-01-2014, 08:59 PM

Hi -

I don't know if you solved this but I posted this on my site. This is how I got the not in scope error to go away. If it tells you what line for that error, please check it out.

Swig complained today at random:

void myfunc1 (arg1);
void myfunc2(arg2);

It is puzzling to me that in my headers, I had spaces or no spaces throughout between function name and parameters, and why at random did swig/g++ decide to give the error :

sqlFB_wrap.cxx: In function ‘int _wrap_FooFunct(ClientData, Tcl_Interp*, int, Tcl_Obj* const*)’:
sqlFB_wrap.cxx:2134:16: error: ‘FooFunct’ was not declared in this scope
FooFunct(arg1);

thanks,
mtdew3q