seadTaskMgr.h

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#ifndef SEAD_TASKMGR_H_
#define SEAD_TASKMGR_H_
 
#include <framework/seadHeapPolicies.h>
#include <framework/seadMethodTree.h>
#include <framework/seadTaskBase.h>
#include <heap/seadHeapMgr.h>
#include <thread/seadCriticalSection.h>
 
namespace sead {
 
class DelegateThread;
class Framework;
class Heap;
class NullFaderTask;
class Thread;
 
class TaskMgr : public hostio::Node
{
public:
    struct InitializeArg
    {
      public:
        InitializeArg(const TaskBase::CreateArg& roottask_arg)
            : create_queue_size(0x20)
            , prepare_stack_size(0x8000)
            , prepare_priority(-1)
            , roottask_create_arg(roottask_arg)
            , heap(nullptr)
            , parent_framework(nullptr)
        {
        }
 
        u32 create_queue_size;
        u32 prepare_stack_size;
        s32 prepare_priority;
        const TaskBase::CreateArg& roottask_create_arg;
        Heap* heap;
        Framework* parent_framework;
    };
#ifdef cafe
    static_assert(sizeof(InitializeArg) == 0x18, "sead::TaskMgr::InitializeArg size mismatch");
#endif // cafe
 
    class TaskCreateContextMgr;
 
public:
    TaskMgr(const InitializeArg& arg);
 
    static TaskMgr* initialize(const InitializeArg& arg);
    void finalize();
 
    Framework* getFramework() const
    {
        return mParentFramework;
    }
 
    Heap* getHeap()
    {
        return mHeapArray.getPrimaryHeap();
    }
 
    TaskBase* getRootTask() const
    {
        return mRootTask;
    }
 
private:
    void doInit_();
    void beginCreateRootTask_();
    void createHeap_(HeapArray* ha, const TaskBase::CreateArg& arg);
 
public:
    TaskBase* createTaskSync(const TaskBase::CreateArg& arg);
 
    template <typename T>
    T* createSingletonTaskSync(const TaskBase::CreateArg& arg);
 
private:
    TaskBase* doCreateTask_(const TaskBase::CreateArg& arg, HeapArray* ha);
 
public:
    bool requestCreateTask(const TaskBase::CreateArg& arg);
 
private:
    bool doRequestCreateTask_(const TaskBase::CreateArg& arg, DelegateEvent<TaskBase*>::Slot* system_slot);
    void appendToList_(TaskBase::List& ls, TaskBase* task);
    bool changeTaskState_(TaskBase* task, TaskBase::State state);
 
public:
    bool requestTakeover(const TaskBase::TakeoverArg& arg);
    bool requestTransition(TaskBase* from, TaskBase* to, FaderTaskBase* fader);
    bool requestPush(const TaskBase::PushArg& arg);
    TaskBase* pushSync(const TaskBase::PushArg& arg);
    bool requestPop(TaskBase* pop_task, FaderTaskBase* fader);
    bool popSync(TaskBase* pop_task);
    bool requestPop(TaskBase* pop_task, TaskBase* to_task, FaderTaskBase* fader);
 
private:
    void prepare_(Thread*, /* MessageQueue::Element */ s32 msg);
 
public:
    void destroyTaskSync(TaskBase* task);
    void requestDestroyTask(TaskBase* task, FaderTaskBase* fader);
 
private:
    bool destroyable_(TaskBase* task);
    void doDestroyTask_(TaskBase* task);
    void calcCreation_();
    void calcDestruction_();
 
public:
    void destroyAllAndCreateRoot();
    TaskBase* findTask(const TaskClassID& classID);
    void beforeCalc();
    void afterCalc();
 
private:
    CriticalSection mCriticalSection;
    Framework* mParentFramework;
    DelegateThread* mPrepareThread;
    NullFaderTask* mNullFaderTask;
    TaskBase::List mPrepareList;
    TaskBase::List mPrepareDoneList;
    TaskBase::List mActiveList;
    TaskBase::List mStaticList;
    TaskBase::List mDyingList;
    TaskBase::List mDestroyableList;
    HeapArray mHeapArray;
    TaskCreateContextMgr* mTaskCreateContextMgr;
    u32 mMaxCreateQueueSize;
    TaskBase* mRootTask;
    TaskBase::CreateArg mRootTaskCreateArg;
    TaskMgr::InitializeArg mInitializeArg;
    MethodTreeNode mCalcDestructionTreeNode;
    u32 _1a0;
    u32 _1a4;
};
#ifdef cafe
static_assert(sizeof(TaskMgr) == 0x1A8, "sead::TaskMgr size mismatch");
#endif // cafe
 
} // namespace sead
 
#define SEAD_TASK_SINGLETON_DISPOSER(CLASS)
    public:
        static CLASS* instance() { return sInstance; }
        static void setInstance_(sead::TaskBase* instance);
        static void deleteInstance();
 
    protected:
        class SingletonDisposer_
        {
        public:
            SingletonDisposer_() : mIsSetAsSingleton_(false) { }
            ~SingletonDisposer_();
 
            bool mIsSetAsSingleton_;
        };
 
    private:
        CLASS(const CLASS&);
        const CLASS& operator=(const CLASS&);
 
    protected:
        SingletonDisposer_ mSingletonDisposer_;
 
        static CLASS* sInstance;
 
        friend class SingletonDisposer_;
 
#define SEAD_TASK_SET_SINGLETON_INSTANCE(CLASS)
    void CLASS::setInstance_(sead::TaskBase* instance)
    {
        if (CLASS::sInstance == nullptr)
        {
            CLASS::sInstance = static_cast<CLASS*>(instance);
            static_cast<CLASS*>(instance)->mSingletonDisposer_.mIsSetAsSingleton_ = true;
        }
        else
        {
            /*SEAD_ASSERT_MSG(false, "Create Singleton Twice (%s) : addr %x", "CLASS", CLASS::sInstance);*/
        }
    }
 
#define SEAD_TASK_DELETE_SINGLETON_INSTANCE(CLASS)
    void CLASS::deleteInstance()
    {
        if (CLASS::sInstance != nullptr)
        {
            CLASS::sInstance->mTaskMgr->destroyTaskSync(CLASS::sInstance);
            CLASS::sInstance = nullptr;
        }
    }
 
#define SEAD_TASK_SINGLETON_DISPOSER_IMPL(CLASS)
    CLASS* CLASS::sInstance = nullptr;
 
    SEAD_TASK_SET_SINGLETON_INSTANCE(CLASS)
    SEAD_TASK_DELETE_SINGLETON_INSTANCE(CLASS)
 
    CLASS::SingletonDisposer_::~SingletonDisposer_()
    {
        if (mIsSetAsSingleton_)
        {
            CLASS::sInstance = nullptr;
        }
    }
 
#endif // SEAD_TASKMGR_H_