void DataClassManager::BuildDependencyList(std::list<DataClass*>& dependencies)
{
//default dependency order based on kind
//data class can always explicitly specify their dependencies of any kind and that will be honored
m_objectMutex.lock();
BuildDependencyList(dependencies, DATA_CLASS_KIND_DEVICE);
BuildDependencyList(dependencies, DATA_CLASS_KIND_PROCESSOR);
BuildDependencyList(dependencies, DATA_CLASS_KIND_SOURCE);
BuildDependencyList(dependencies, DATA_CLASS_KIND_DISPLAY);
m_objectMutex.unlock();
}
void UAblAbility::OnReferencedTaskPropertyModified(UAblAbilityTask& Task, struct FPropertyChangedEvent& PropertyChangedEvent)
{
if (PropertyChangedEvent.Property && PropertyChangedEvent.Property->GetFName() == FName(TEXT("m_Dependencies")))
{
// Our Task changed dependencies. Validate/Rebuild.
ValidateDependencies();
BuildDependencyList();
}
if (!m_AbilityNameHash)
{
m_AbilityNameHash = FCrc::StrCrc32(*GetName());
}
}
void UAblAbility::PostLoad()
{
Super::PostLoad();
// This is here just incase you have an Ability that is all Server or all Client tasks.
// By calculating the Ability realm using that data, we can skip instantiating the Ability on a realm that doesn't care about it.
//uint8 AbilityRealm = 0U;
//for (const UAblAbilityTask* Task : m_Tasks)
//{
// AbilityRealm |= 1 << (uint8)Task->GetTaskRealm();
//}
//bool HasClientAndServer = (AbilityRealm & 1 << (uint8)EAblAbilityTaskRealm::ClientAndServer) != 0;
//bool HasClient = (AbilityRealm & 1 << (uint8)EAblAbilityTaskRealm::Client) != 0;
//bool HasServer = (AbilityRealm & 1 << (uint8)EAblAbilityTaskRealm::Server) != 0;
//if (HasClientAndServer || (HasClient && HasServer))
//{
// m_AbilityRealm = EAblAbilityTaskRealm::ClientAndServer;
//}
//else if (HasClient && !HasServer)
//{
// m_AbilityRealm = EAblAbilityTaskRealm::Client;
//}
//else if (HasServer && !HasClient)
//{
// m_AbilityRealm = EAblAbilityTaskRealm::Server;
//}
BuildDependencyList();
#if WITH_EDITORONLY_DATA
for (UAblAbilityTask* ReferencedTask : m_Tasks)
{
// Listen for any property changes on our Tasks.
ReferencedTask->GetOnTaskPropertyModified().AddUObject(this, &UAblAbility::OnReferencedTaskPropertyModified);
}
#endif
// Generate our Name hash.
m_AbilityNameHash = FCrc::StrCrc32(*GetName());
}
void UAblAbility::PostEditChangeProperty(struct FPropertyChangedEvent& PropertyChangedEvent)
{
// Loop End can never be past our length.
m_LoopEnd = FMath::Min(m_LoopEnd, m_Length);
// Passive has priority over Channeled, so if they set the Ability to passive - revert the channeled property.
if (m_IsPassive)
{
m_IsChanneled = false;
}
if (PropertyChangedEvent.Property && PropertyChangedEvent.Property->GetFName() == GET_MEMBER_NAME_CHECKED(UAblAbility, m_Tasks))
{
// Our Tasks have changed, rebuild dependencies.
ValidateDependencies();
BuildDependencyList();
}
if (!m_AbilityNameHash)
{
m_AbilityNameHash = FCrc::StrCrc32(*GetName());
}
}
