On Jun 19, 8:22 am, Obnoxious User <O...@127.0.0.1> wrote:
On Tue, 19 Jun 2007 12:34:31 +0000, vivekian wrote:
Hi,
I have this following class
[snip]
This is a snippet of code which uses this class :
struct childInfo c ;
c.relativeMeshId = atoi (meshId.substr(meshId.length(),1).c_str()) ;
c.iChild = iNode ;
(*pNode).second.children.push_back ((c)) ;
I'd guess you just cut this few lines out of a bigger context, since
neither 'iNode' nor 'pNode' are declared.
--
Obnoxious User
This is the code :
#include <map>
#include <string>
#include <vector>
#include <cstdlib>
#include <iostream.h>
#include <algorithm>
class nodeInfo ;
class childInfo
{
public:
int relativeMeshId ;
std::map <const std::string, nodeInfo >::iterator iChild ;
childInfo () {};
childInfo ( const childInfo & c ) ;
childInfo & operator= (const childInfo&) ;
};
class nodeInfo
{
public:
std::string meshId ;
std::vector<childInfo> children;
nodeInfo () {};
nodeInfo (const nodeInfo & n ) ;
nodeInfo & operator= (const nodeInfo&) ;
};
class NodeManager
{
private:
std::map <const std::string , struct nodeInfo > _nodeList;
public:
NodeManager();
virtual ~NodeManager();
void addRoute (const std::string parentMacAddr,const std::string
childMacAddr,const std::string meshId);
} ;
NodeManager::NodeManager()
{
}
NodeManager::~NodeManager()
{
}
childInfo::childInfo ( const childInfo & c )
{
relativeMeshId = c.relativeMeshId ;
iChild = c.iChild ;
}
childInfo & childInfo::operator= (const childInfo & c)
{
if ( this != &c )
{
relativeMeshId = c.relativeMeshId ;
iChild = c.iChild ;
}
return *this ;
}
nodeInfo::nodeInfo (const nodeInfo & n)
{
meshId = n.meshId ;
copy (n.children.begin(), n.children.end(), children.begin()) ;
}
nodeInfo & nodeInfo::operator= (const nodeInfo &n)
{
if (this != &n)
{
meshId = n.meshId;
copy (n.children.begin(), n.children.end(), children.begin()) ;
}
return *this ;
}
void NodeManager::addRoute(const std::string pMacAddr,const
std::string cMacAddr,const std::string meshId)
{
std::map <const std::string , struct nodeInfo>::iteratoriNode =
_nodeList.find (cMacAddr) ;
if (iNode == _nodeList.end())
{
struct nodeInfo n;
n.meshId = meshId ;
_nodeList[cMacAddr] = n;
cout << "\nAdding " << n.meshId ;
}
else
{
//delete previous lineage
//deleteRoute ( iNode -> first , iNode -> second.meshId ) ;
iNode -> second.meshId = meshId ;
}
std::map <const std::string , struct nodeInfo>::iteratorpNode =
_nodeList.find (pMacAddr);
if (pNode != _nodeList.end())
{
cout << "\nAdding link to Parent " << pMacAddr ;
childInfo c ;
c.relativeMeshId = atoi (meshId.substr(meshId.length(),1).c_str()) ;
c.iChild = iNode ;
(*pNode).second.children.push_back ((c)) ;
}
}