bool KMapDataManager::deleteMap(const char* mapName)
{
this->closeMap(mapName);
JG_C::KString<512> filepath = this->_getFilePath(mapName);
JG_F::KFileUtil::deleteFile(filepath.c_str());
return true;
}
bool KMapDataManager::createMap(const char* mapName, int width, int height)
{
KMapData* mapData = this->getMapData(mapName);
if(mapData) return false;
JG_C::KString<512> filepath = this->_getFilePath(mapName);
FILE* f = JG_F::KFileUtil::OpenFileForce(filepath.c_str(), "r+b");
if(!f) return false;
KOutputFileStream fo(f);
KMapData mdt;
if(!mdt.initialize(width, height))
{
fclose(f);
return false;
}
if(!mdt.save(fo))
{
fclose(f);
return false;
}
DWORD size = fo.tell();
JG_F::KFileUtil::SetFileSize(f, size);
fclose(f);
MapDesc desc;
desc.mapName = KBuffer64k::WriteData(mapName, strlen(mapName)+1);
desc.mapData = mdt;
m_mapByName[desc.mapName] = desc;
return true;
}
static const char* time2str(int t)
{
static char buf[32];
KDatetime dt(t);
JG_C::KString<32> s = dt.ToString();
sprintf_k(buf, sizeof(buf), "%s", s.c_str());
return buf;
}
BOOL KStringManager::Init(const char* filename)
{
int lang = this->_getLangFromFilename(filename);
if(lang)
{
if(!JG_F::KFileUtil::IsDir(filename))
return this->loadFileList(lang, filename);
JG_C::KString<512> resPath = this->_getResourceDir(filename);
return this->loadForLanguage(resPath.c_str(), lang);
}
else
{
if(!JG_F::KFileUtil::IsDir(filename))
return this->loadFileList(m_language, filename);
JG_C::KString<512> resPath = this->_getResourceDir(filename);
return this->loadAll(resPath.c_str());
}
}
bool KCoordinateTable::Reload(const char * szFilePath)
{
ASSERT_RETURN(szFilePath, false);
KTabfileLoader& loader = KTabfileLoader::GetInstance();
JG_C::KString<MAX_PATH> lFullPath = loader.GetBaseFilepath(szFilePath).c_str();
JG_F::KTabFile2 * fileReader = loader.GetFileReader(lFullPath.c_str());
if(!fileReader )
{
AssertFile(szFilePath);
return false;
}
m_map.clear();
int rowNo = 2;
KCoordinatePoint point;
while(TRUE)
{
int nRet = fileReader->ReadLine();
if(nRet == -1) { loader.CloseFileReader(fileReader); return FALSE; }
if(nRet == 0) break;
if(!fileReader->GetInteger("Id", 0, &point.m_Id)) break;
if(point.m_Id == 0) return FALSE;
if(!fileReader->GetInteger("MapId", 0, &point.m_MapID)) return FALSE;
if(!fileReader->GetInteger("Xaxis", 0, &point.m_Xaxis)) return FALSE;
if(!fileReader->GetInteger("Yaxis", 0, &point.m_Yaxis)) return FALSE;
if(!fileReader->GetInteger("CDirection", 0, &point.m_CDirection)) return FALSE;
if(!fileReader->GetInteger("CAngle", 0, &point.m_CAngle)) return FALSE;
if(!fileReader->GetInteger("CFaces", 0, &point.m_CFaces)) return FALSE;
if(!fileReader->GetInteger("RDirection", 0, &point.m_RDirection)) return FALSE;
if(!fileReader->GetString("Type", "", point.m_desc, sizeof(point.m_desc))) return FALSE;
this->Add(point);
rowNo += 1;
}
loader.CloseFileReader(fileReader);
return TRUE;
}
bool KMapDataManager::openMap(const char* mapName)
{
KMapData* mapData = this->getMapData(mapName);
if(mapData) return true;
JG_C::KString<512> filepath = this->_getFilePath(mapName);
KInputFileStream fi;
if(!fi.Open(filepath.c_str()))
return false;
KMapData mdt;
if(!mdt.initialize(fi))
return false;
MapDesc mapDesc;
mapDesc.mapName = KBuffer64k::WriteData(mapName, strlen(mapName)+1);
mapDesc.mapData = mdt;
m_mapByName[mapDesc.mapName] = mapDesc;
return true;
}
