void MkFileSystem::SetSystemSetting(const MkDataNode& node)
{
// chunk size
unsigned int chunkSizeInMB;
if (node.GetData(L"ChunkSizeInMB", chunkSizeInMB, 0))
{
SetChunkSizeGuideline(chunkSizeInMB);
}
// comp limit
unsigned int percentageForCompressing;
if (node.GetData(L"PercentageForCompressing", percentageForCompressing, 0))
{
SetPercentageForCompressing(percentageForCompressing);
}
// name rule
MkStr prefix, extension;
if (node.GetData(L"Prefix", prefix, 0) && node.GetData(L"Extension", extension, 0))
{
SetChunkFileNamingRule(prefix, extension);
}
// filtering
MkArray<MkStr> filterBuffer;
MkArray<MkPathName> exceptionFilter;
if (node.GetData(L"ExceptionFilter", filterBuffer))
{
exceptionFilter.Reserve(filterBuffer.GetSize());
MK_INDEXING_LOOP(filterBuffer, i)
{
exceptionFilter.PushBack(filterBuffer[i]);
}
void MkDataPack::GetValidUnitList(const MkDataPack& source, MkArray<MkHashStr>& keyList) const
{
keyList.Clear();
MkArray<MkHashStr> myOwn;
GetUnitKeyList(myOwn);
if (!myOwn.Empty())
{
keyList.Reserve(myOwn.GetSize());
MK_INDEXING_LOOP(myOwn, i)
{
const MkHashStr& currKey = myOwn[i];
if (!(source.IsValidKey(currKey) && source.Equals(currKey, *m_UnitTable[currKey])))
{
keyList.PushBack(currKey); // 자신에게만 속하거나 값이 다른 key
}
}
}
bool MkFileChunk::AttachOriginalFiles
(const MkPathName& chunkFilePath, MkFilePathListContainer& filePathListContainer, MkArray<MkPathName>& memberFilePathList,
unsigned int chunkSizeGuideline, unsigned int percentageForCompressing, bool createNewChunk)
{
memberFilePathList.Clear();
MkArray<MkPathName>& relativeFilePathList = filePathListContainer.GetRelativeFilePathList();
unsigned int startCount = relativeFilePathList.GetSize();
MK_CHECK(startCount > 0, L"파일 경로 리스트가 비어 " + m_AbsoluteChunkFilePath + L" 청크 파일 구성 불가")
return false;
if (createNewChunk)
{
MK_CHECK(!chunkFilePath.IsDirectoryPath(), chunkFilePath + L" 청크 파일 경로 오류")
return false;
Clear();
// 새 청크 파일 이름
m_AbsoluteChunkFilePath.ConvertToRootBasisAbsolutePath(chunkFilePath);
}
// 크기 예약
m_BlockList.Reserve(m_BlockList.GetSize() + startCount);
memberFilePathList.Reserve(startCount);
// 인터페이스 생성. createNewChunk에 따라 청크 파일 생성
MkInterfaceForFileWriting chunkFileInterface;
if (!chunkFileInterface.SetUp(m_AbsoluteChunkFilePath, createNewChunk))
return false;
// 새 청크 파일의 경우 블록 카운트를 기록하기 위한 태그 공간 확보
if (createNewChunk)
{
m_ChunkSize = sizeof(unsigned int);
_AddCountTag(chunkFileInterface, m_ChunkSize);
}
// 뒤에서부터 앞으로 순회
MK_INDEXING_RLOOP(relativeFilePathList, i)
{
const MkPathName& currPath = filePathListContainer.GetRelativeFilePath(i);
MkFileBlock& currBlock = m_BlockList.PushBack();
unsigned int blockSize = currBlock.SetUpFromOriginalFileAndAttachToChunkFile
(filePathListContainer.GetAbsoluteOriginalFilePath(i), currPath, chunkFileInterface, percentageForCompressing, filePathListContainer.GetOuterWrittenTime(i));
if (blockSize == 0)
{
if (createNewChunk)
{
m_AbsoluteChunkFilePath.DeleteCurrentFile();
}
return false;
}
memberFilePathList.PushBack(currPath);
++m_AvailableBlockCount;
m_ChunkSize += blockSize;
if (m_ChunkSize >= chunkSizeGuideline)
break;
}
chunkFileInterface.Clear();
// 블록 카운트 수정
MkInterfaceForFileTag<unsigned int> ftInterface;
if (!ftInterface.SetUp(m_AbsoluteChunkFilePath))
{
if (createNewChunk)
{
m_AbsoluteChunkFilePath.DeleteCurrentFile();
}
return false;
}
ftInterface.Overwrite(m_BlockList.GetSize(), 0);
ftInterface.Clear();
// 청크에 구성된 파일들을 리스트에서 삭제
filePathListContainer.PopBack(memberFilePathList.GetSize());
return true;
}
bool MkCheatMessage::__ExcuteMsg(const MkStr& inputMsg, MkStr& resultMsg) const
{
if (inputMsg.Empty())
return false;
MkStr msgCopy = inputMsg;
MkStringTableForParser stringTable;
stringTable.BuildStringTable(msgCopy);
msgCopy.RemoveKeyword(MkStr::CR);
bool result = false;
// 라인별 분리
MkArray<MkStr> lines;
unsigned int lineCount = msgCopy.Tokenize(lines, MkStr::LF);
MK_INDEXING_LOOP(lines, i)
{
MkArray<MkStr> tokens;
MkStr command;
unsigned int tokenCount = lines[i].Tokenize(tokens);
if (tokenCount > 0) // 유효문자가 존재하면
{
bool success = false;
if (DoAutoParsing(tokens[0]))
{
command = tokens[0];
MkArray<MkStr> argument;
if (tokenCount > 1) // argument가 존재하면
{
argument.Reserve(tokenCount - 1);
for (unsigned int i=1; i<tokenCount; ++i)
{
MkHashStr currToken = tokens[i];
argument.PushBack(stringTable.Exist(currToken) ? stringTable.GetString(currToken) : tokens[i]);
}
}
success = ExcuteMsg(command, argument, resultMsg);
}
else
{
MkStr lineMsg = tokens[0];
for (unsigned int i=1; i<tokenCount; ++i)
{
MkHashStr currToken = tokens[i];
lineMsg += MkStr::SPACE;
lineMsg += stringTable.Exist(currToken) ? stringTable.GetString(currToken) : tokens[i];
}
success = ExcuteLine(lineMsg, resultMsg);
}
if (success)
{
result = true; // 하나라도 성공하면 의미 있음
}
else
{
resultMsg += MkStr::CRLF;
resultMsg += L"> MkCheatMessage::\"" + lines[i] + L"\" 실행 실패";
}
}
}
void MkImageInfo::SetUp(const MkInt2& imageSize, const MkDataNode* node)
{
Clear();
// ready to uv converting
MkFloat2 fImageSize(static_cast<float>(imageSize.x), static_cast<float>(imageSize.y));
// empty subset
Subset& emptySubset = m_Subsets.Create(MkHashStr::EMPTY);
emptySubset.rectSize = fImageSize;
emptySubset.uv[MkFloatRect::eLeftTop] = MkFloat2::Zero;
emptySubset.uv[MkFloatRect::eRightTop] = MkFloat2(1.f, 0.f);
emptySubset.uv[MkFloatRect::eLeftBottom] = MkFloat2(0.f, 1.f);
emptySubset.uv[MkFloatRect::eRightBottom] = MkFloat2(1.f, 1.f);
if (node == NULL)
return;
// group
node->GetDataEx(GROUP_KEY, m_Group, 0);
// parse nodes
MkArray<MkHashStr> keyList;
node->GetChildNodeList(keyList);
MK_INDEXING_LOOP(keyList, i)
{
const MkHashStr& childName = keyList[i];
const MkDataNode& childNode = *node->GetChildNode(childName);
do
{
// 필수 key로 subset/sequence 종류 판단
if (childNode.IsValidKey(SIZE_KEY)) // subset
{
MkInt2 position;
childNode.GetData(POSITION_KEY, position, 0);
MkInt2 size;
childNode.GetData(SIZE_KEY, size, 0);
MK_CHECK(size.IsPositive(), childName.GetString() + L" 노드의 " + SIZE_KEY.GetString() + L" 값 오류")
break;
MkInt2 table(1, 1);
childNode.GetData(TABLE_KEY, table, 0);
MK_CHECK(table.IsPositive(), childName.GetString() + L" 노드의 " + TABLE_KEY.GetString() + L" 값 오류")
break;
MkFloat2 fSubsetSize(static_cast<float>(size.x), static_cast<float>(size.y));
MkFloat2 fUVSize(fSubsetSize.x / fImageSize.x, fSubsetSize.y / fImageSize.y);
// single subset
if ((table.x == 1) && (table.y == 1))
{
_RegisterSubset(childName, fSubsetSize, position, fImageSize, fUVSize);
}
// multi subset
else
{
MkInt2 offset = size;
childNode.GetData(OFFSET_KEY, offset, 0);
MkInt2 currPivot = position;
for (int y = 0; y < table.y; ++y)
{
for (int x = 0; x < table.x; ++x)
{
_RegisterSubset(childName.GetString() + MkStr(y * table.x + x), fSubsetSize, currPivot, fImageSize, fUVSize);
currPivot.x += offset.x;
}
currPivot.x = position.x;
currPivot.y += offset.y;
}
}
}
else if (childNode.IsValidKey(TOTAL_RANGE_KEY) && childNode.IsValidKey(SUBSET_LIST_KEY)) // sequence
{
float totalRange = 0.f;
childNode.GetData(TOTAL_RANGE_KEY, totalRange, 0);
MK_CHECK(totalRange > 0.f, childName.GetString() + L" 노드의 " + TOTAL_RANGE_KEY.GetString() + L" 값 오류")
break;
MkArray<MkHashStr> subsetList;
childNode.GetDataEx(SUBSET_LIST_KEY, subsetList);
MK_CHECK(!subsetList.Empty(), childName.GetString() + L" 노드의 " + SUBSET_LIST_KEY.GetString() + L" 값 오류")
break;
MkArray<float> timeList;
childNode.GetData(TIME_LIST_KEY, timeList);
bool loop = true;
childNode.GetData(LOOP_KEY, loop, 0);
// time list 검증 및 자동생성
if (timeList.Empty())
{
timeList.Reserve(subsetList.GetSize());
float oneFrameTime = totalRange / static_cast<float>(subsetList.GetSize());
float timeStamp = 0.f;
MK_INDEXING_LOOP(subsetList, j)
{
timeList.PushBack(timeStamp);
timeStamp += oneFrameTime;
}
}