/// \brief add state's available event labels to the set
/// \param labels - result set with labels
/// \param addInternal - if value set to false then entry, update and exit
/// events are not added to the label list
void CQHState::GetAvailableEventLabels( set<IHashString *, LessIHashString> &labels, bool addInternal )
{
CQHState *parent = GetParentState();
if( parent != NULL )
{
parent->GetAvailableEventLabels( labels, false );
}
IDTOEVENTMAP::iterator it = m_Events.begin();
if( addInternal )
{
for( ; it != m_Events.end(); ++it )
{
assert( !it->second->GetEventName()->IsEmpty() );
labels.insert( it->second->GetEventName() );
}
}
else
{
for( ; it != m_Events.end(); ++it )
{
IHashString *eventName = it->second->GetEventName();
if( m_EntryEvent != *eventName &&
m_UpdateEvent != *eventName &&
m_ExitEvent != *eventName )
{
assert( !eventName->IsEmpty() );
labels.insert( eventName );
}
}
}
}
int8_t StateIsChildOf(State* state, State* possibleAncestor)
{
int8_t result = 0;
if (state)
{
State* possibleParent = GetParentState(state);
while(possibleParent)
{
if(possibleParent == possibleAncestor)
{
result = 1;
break;
}
possibleParent = GetParentState(possibleParent);
}
}
return result;
}
CQHStateMachineEvent *CQHState::GetEvent( IHashString *aeventName )
{
const DWORD hashName = aeventName->GetUniqueID();
IDTOEVENTMAP::iterator it = m_EventsByLabel.find( hashName );
if( it != m_EventsByLabel.end() )
{
return dynamic_cast<CQHStateMachineEvent*>( it->second );
}
CQHState *parentState = GetParentState();
if( parentState != NULL )
{
return parentState->GetEvent( aeventName );
}
return NULL;
}
void CQHState::GenerateAvailableEventsList( OBJECTLIST *availableEvents )
{
CQHState *parentState = GetParentState();
if( parentState != NULL )
{
parentState->GenerateAvailableEventsList( availableEvents );
}
IDTOEVENTMAP::iterator eventsIterator = m_Events.begin();
for( ; eventsIterator != m_Events.end(); eventsIterator++ )
{
CQHStateMachineEvent *iteratedEvent = eventsIterator->second;
IHashString *eventName = iteratedEvent->GetEventName();
if( parentState == NULL || parentState->GetEvent( eventName ) == NULL )
{
availableEvents->push_back( iteratedEvent );
}
}
}
bool CQHState::IsBaseParent( CQHState *atestState )
{
bool areturn = false;
CQHState *aiteratedParent = GetParentState();
while( !areturn && aiteratedParent != NULL )
{
if( aiteratedParent == atestState )
{
areturn = true;
}
else
{
aiteratedParent = aiteratedParent->GetParentState();
}
}
return areturn;
}