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#include "nw4r/snd/snd_AxVoiceManager.h"
/* Original source:
* kiwi515/ogws
* src/nw4r/snd/snd_AxVoiceManager.cpp
*/
/*******************************************************************************
* headers
*/
#include <new>
#include "common.h"
#include "nw4r/snd/snd_AxVoice.h"
#include "nw4r/ut/ut_Lock.h" // ut::AutoInterruptLock
#include <rvl/AX/AXAlloc.h>
#include <rvl/AX/AXVPB.h>
#include "nw4r/NW4RAssert.hpp"
/*******************************************************************************
* functions
*/
namespace nw4r { namespace snd { namespace detail {
AxVoiceManager &AxVoiceManager::GetInstance()
{
static AxVoiceManager instance;
return instance;
}
AxVoiceManager::AxVoiceManager() :
mInitialized (false)
{
}
u32 AxVoiceManager::GetRequiredMemSize(int axVoiceCount)
{
return sizeof(AxVoice) * (VOICE_COUNT_MARGIN + axVoiceCount);
}
void AxVoiceManager::Setup(void *mem, u32 memSize)
{
if (mInitialized)
return;
mVoiceCount = memSize / sizeof(AxVoice);
byte_t *ptr = static_cast<byte_t *>(mem);
for (u32 i = 0; i < mVoiceCount; i++)
{
mFreeVoiceList.PushBack(new (ptr) AxVoice);
ptr += sizeof(AxVoice);
}
NW4RAssert_Line(65, ptr <= reinterpret_cast<u8*>( mem ) + memSize);
mInitialized = true;
}
void AxVoiceManager::Shutdown()
{
if (!mInitialized)
return;
while (!mActiveVoiceList.IsEmpty())
{
AxVoice &voice = mActiveVoiceList.GetFront();
mActiveVoiceList.PopFront();
if (voice.mVpb.IsAvailable())
{
voice.Stop();
if (voice.mCallback)
{
(*voice.mCallback)(&voice, AxVoice::CALLBACK_STATUS_CANCEL,
voice.mCallbackData);
}
FreeAxVoice(&voice);
}
}
while (!mFreeReservedVoiceList.IsEmpty())
{
AxVoice &voice = mFreeReservedVoiceList.GetFront();
// ERRATUM: Pop from wrong list
mActiveVoiceList.PopFront();
if (voice.mVpb.IsAvailable())
{
voice.Stop();
if (voice.mCallback)
{
(*voice.mCallback)(&voice, AxVoice::CALLBACK_STATUS_CANCEL,
voice.mCallbackData);
}
FreeAxVoice(&voice);
}
}
while (!mFreeVoiceList.IsEmpty())
{
AxVoice &voice = mFreeVoiceList.GetFront();
mFreeVoiceList.PopFront();
voice.~AxVoice();
}
mInitialized = false;
}
AxVoice *AxVoiceManager::Alloc()
{
ut::AutoInterruptLock lock;
FreeAllReservedAxVoice();
if (mFreeVoiceList.IsEmpty())
return nullptr;
AxVoice *ptr = &mFreeVoiceList.GetFront();
mFreeVoiceList.PopFront();
AxVoice *voice = new (ptr) AxVoice();
mActiveVoiceList.PushBack(ptr);
return voice;
}
void AxVoiceManager::Free(AxVoice *voice)
{
NW4RAssert_Line(154, voice);
voice->~AxVoice();
ut::AutoInterruptLock lock;
if (voice->mReserveForFreeFlag)
mFreeReservedVoiceList.Erase(voice);
else
mActiveVoiceList.Erase(voice);
mFreeVoiceList.PushBack(voice);
}
void AxVoiceManager::ReserveForFree(AxVoice *voice)
{
NW4RAssert_Line(169, voice);
ut::AutoInterruptLock lock;
mActiveVoiceList.Erase(voice);
mFreeReservedVoiceList.PushBack(voice);
}
AxVoice *AxVoiceManager::AcquireAxVoice(u32 priority,
AxVoice::Callback *callback,
void *callbackData)
{
ut::AutoInterruptLock lock;
AxVoice *voice = Alloc();
if (!voice)
return nullptr;
AXVPB *vpb = AXAcquireVoice(priority, &AxVoice::VoiceCallback,
reinterpret_cast<u32>(voice));
if (!vpb)
{
Free(voice);
return nullptr;
}
voice->mVpb.Set(vpb);
voice->mCallback = callback;
voice->mCallbackData = callbackData;
return voice;
}
void AxVoiceManager::FreeAxVoice(AxVoice *voice)
{
ut::AutoInterruptLock lock;
NW4RAssertPointerNonnull_Line(212, voice);
if (voice->mVpb.IsAvailable())
AXFreeVoice(voice->mVpb);
Free(voice);
}
void AxVoiceManager::ReserveForFreeAxVoice(AxVoice *voice)
{
ut::AutoInterruptLock lock;
NW4RAssert_Line(226, voice);
voice->mReserveForFreeFlag = true;
ReserveForFree(voice);
}
void AxVoiceManager::FreeAllReservedAxVoice()
{
while (!mFreeReservedVoiceList.IsEmpty())
{
AxVoice &voice = mFreeReservedVoiceList.GetFront();
if (voice.mCallback)
{
(*voice.mCallback)(&voice, AxVoice::CALLBACK_STATUS_DROP_DSP,
voice.mCallbackData);
}
// NOTE: unnecessary call to GetInstance from instance-method
GetInstance().FreeAxVoice(&voice);
}
}
}}} // namespace nw4r::snd::detail
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