Message*
MessageInflater::inflate(const UninflatedMessage& inSource)
{
Message* theResult = NULL;
MessageInflaterMap::iterator i = mMap.find(inSource.inflatedType());
if(i != mMap.end())
{
try
{
theResult = i->second->clone();
if(theResult != NULL)
{
bool successfulInflate = theResult->inflateFrom(inSource);
if(!successfulInflate)
{
logWarning1("inflate failed of message type %i", inSource.inflatedType());
throw 1;
}
} else {
logWarning1("clone() failed message type %i", inSource.inflatedType());
}
}
catch(...)
{
logWarning1("exception caught in inflated() message type %i", inSource.inflatedType());
delete theResult;
theResult = NULL;
}
} else {
logAnomaly1("do not know how to inflate message type %i", inSource.inflatedType());
}
if(theResult == NULL)
{
// We should end up here in any of the following circumstances:
// 1. No entry in map
// 2. clone() returned NULL
// 3. exception thrown in clone()
// 4. inflateFrom() returned "false" meaning "unsuccessful inflate"
// 5. exception thrown in inflateFrom()
// In any of these cases, we were unable to inflate the message, so we return
// a new copy of the uninflated message.
theResult = inSource.clone();
}
return theResult;
}
void vpause(const char *message)
{
logWarning1("vpause: %s", message);
fprintf(stderr, "vpause %s\n", message);
}
