//deep copy of credentials
void SipLine::copyCredentials(const SipLine &rSipLine)
{
UtlString Realm;
UtlString UserID;
UtlString Type;
UtlString Password;
if(!mCredentials.isEmpty())
{
mCredentials.destroyAll();
}
UtlHashBagIterator observerIterator(const_cast<UtlHashBag&> (rSipLine.mCredentials));
SipLineCredentials* credential = NULL;
do
{
credential = (SipLineCredentials*) observerIterator();
if ( credential)
{
credential->getRealm(&Realm);
credential->getUserId(&UserID);
credential->getType(&Type);
credential->getPasswordToken(&Password);
addCredentials(Realm , UserID , Password , Type);
}
}
while(credential != NULL) ;
}
UtlBoolean SipLine::getAllCredentials( int MaxEnteries/*[in]*/ ,
int& actualEnteries /*[out/int]*/,
UtlString realm[]/*[out/int]*/,
UtlString userId[]/*[out/int]*/,
UtlString type[]/*[out/int]*/,
UtlString passtoken[]/*[out/int]*/)
{
UtlBoolean credentialsFound = FALSE;
UtlString Realm;
UtlString UserID;
UtlString Type;
UtlString PassToken;
int i = 0;
UtlHashBagIterator observerIterator(mCredentials);
SipLineCredentials* credential = NULL;
do
{
credential = (SipLineCredentials*) observerIterator();
if ( credential)
{
credential->getRealm(&Realm);
credential->getUserId(&UserID);
credential->getType(&Type);
credential->getPasswordToken(&PassToken) ;
realm[i].remove(0);
realm[i].append(Realm);
userId[i].remove(0);
userId[i].append(UserID);
type[i].remove(0);
type[i].append(Type);
passtoken[i].remove(0) ;
passtoken[i].append(PassToken) ;
i++;
credentialsFound = TRUE;
}
}
while(credential != NULL && i< MaxEnteries) ;
actualEnteries = i;
return credentialsFound ;
}
readierForNewPoint::~readierForNewPoint()
{
// the readierForNewPoint has to let all its obsevers know that its
// destructor is being called:
for( std::list< bool* >::iterator
observerIterator( observerBoolsForReadierExistence.begin() );
observerBoolsForReadierExistence.end() != observerIterator;
++observerIterator )
// go through the list of observed bools...
{
*(*observerIterator) = false;
// this should let any remaining observers know that they should *not*
// attempt to de-register themselves from this readierForNewPoint.
}
}