void test(LRUCache<int>& lruCache){
lruCache.insert("one",1);
lruCache.insert("two",2);
lruCache.insert("three",3);
lruCache.insert("four",4);
lruCache.insert("five",5);
lruCache.insert("six",6);
lruCache.insert("seven",7);
lruCache.insert("eight",8);
lruCache.insert("nine",9);
lruCache.insert("ten",10);
std::cout << "check " << 1 << ":" << lruCache.get("one") << std::endl;
std::cout << "check " << 11 << ":" << lruCache.get("eleven")<< std::endl;
lruCache.insert("eleven",11);
std::cout << "check " << 2 << ":" << lruCache.get("two")<< std::endl;
std::cout << "check " << 11 << ":" << lruCache.get("eleven")<< std::endl;
lruCache.insert("twelve",12);
std::cout << "check " << 12 << ":" << lruCache.get("twelve")<< std::endl;
std::cout << "check " << 3 << ":" << lruCache.get("three")<< std::endl;
std::cout << "check " << 13 << ":" << lruCache.get("thirteen")<< std::endl;
return;
}
//コメントアウト部をonにすればキャッシュにない画像にアクセスすることになるためエラーを吐くようになっている
void imageTest(LRUCache<cv::Mat>& lruCache){
std::string filepath1 = "Sample Pictures\\angkor-wat.jpg";
std::string filepath2 = "Sample Pictures\\castle.jpg";
std::string filepath3 = "Sample Pictures\\Chrysanthemum.jpg";
std::string filepath4 = "Sample Pictures\\Desert.jpg";
std::string filepath5 = "Sample Pictures\\Hydrangeas.jpg";
std::string filepath6 = "Sample Pictures\\Jellyfish.jpg";
std::string filepath7 = "Sample Pictures\\Koala.jpg";
std::string filepath8 = "Sample Pictures\\Lake.jpg";
std::string filepath9 = "Sample Pictures\\Lighthouse.jpg";
std::string filepath10 = "Sample Pictures\\Penguins.jpg";
std::string filepath11 = "Sample Pictures\\Statue.jpg";
std::string filepath12 = "Sample Pictures\\Tulips.jpg";
cv::Mat img1 = cv::imread(filepath1,1);
cv::Mat img2 = cv::imread(filepath2,1);
cv::Mat img3 = cv::imread(filepath3,1);
cv::Mat img4 = cv::imread(filepath4,1);
cv::Mat img5 = cv::imread(filepath5,1);
cv::Mat img6 = cv::imread(filepath6,1);
cv::Mat img7 = cv::imread(filepath7,1);
cv::Mat img8 = cv::imread(filepath8,1);
cv::Mat img9 = cv::imread(filepath9,1);
cv::Mat img10 = cv::imread(filepath10,1);
cv::Mat img11 = cv::imread(filepath11,1);
cv::Mat img12 = cv::imread(filepath12,1);
lruCache.insert(filepath1,img1);
lruCache.insert(filepath2,img2);
lruCache.insert(filepath3,img3);
lruCache.insert(filepath4,img4);
lruCache.insert(filepath5,img5);
lruCache.insert(filepath6,img6);
lruCache.insert(filepath7,img7);
lruCache.insert(filepath8,img8);
lruCache.insert(filepath9,img9);
lruCache.insert(filepath10,img10);
cv::namedWindow("image1", CV_WINDOW_AUTOSIZE|CV_WINDOW_FREERATIO);
cv::imshow("image1",lruCache.get(filepath1));
cv::waitKey(0);
//cv::namedWindow("image2", CV_WINDOW_AUTOSIZE|CV_WINDOW_FREERATIO);
//cv::imshow("image2",lruCache.get(filepath11));
//cv::waitKey(0);
lruCache.insert(filepath11,img11);
cv::namedWindow("image3", CV_WINDOW_AUTOSIZE|CV_WINDOW_FREERATIO);
cv::imshow("image3",lruCache.get(filepath11));
cv::waitKey(0);
lruCache.insert(filepath12,img12);
//cv::namedWindow("image4", CV_WINDOW_AUTOSIZE|CV_WINDOW_FREERATIO);
// cv::imshow("image4",lruCache.get(filepath2));
//cv::waitKey(0);
cv::namedWindow("image5", CV_WINDOW_AUTOSIZE|CV_WINDOW_FREERATIO);
cv::imshow("image5",lruCache.get(filepath12));
cv::waitKey(0);
return;
}
uint32 Storage::WriteData(HANDLE rDataFileHandle, LRUCache &rLRUCache, uint64 x, uint64 y, const uint8 *pRecord, uint16 recordSize)
{
//ret value
uint32 status;
//write accesor
RecordIndexMap::accessor rWriteAccesor;
//update LRU
rLRUCache.put(x);
//try insert - returns false if record is existing
if(m_dataIndexes.insert(rWriteAccesor, x))
{
//allocate blockmanager
//create block manager + add new block for write + update num of blocks
rWriteAccesor->second.m_pBlockManager = blman_create(NULL, 0);
rWriteAccesor->second.m_blockCount = rWriteAccesor->second.m_pBlockManager->blockCount;
//init index block
rWriteAccesor->second.m_IB_blockNumber = 0;
rWriteAccesor->second.m_IB_recordOffset = -1;
//set flags to eRIF_RealocateBlocks
rWriteAccesor->second.m_flags = eRIF_RelocateBlocks | eRIF_Dirty;
//write data to block
status = blman_write_record(rWriteAccesor->second.m_pBlockManager, y, pRecord, recordSize);
//set record start to -1 (data are not written on disk)
rWriteAccesor->second.m_recordStart = -1;
//update memory usage
uint64 blockManMemoryUsage = blman_get_memory_usage(rWriteAccesor->second.m_pBlockManager);
m_memoryUsed += blockManMemoryUsage;
//queue write to disk
m_pDiskWriter->Queue(rWriteAccesor);
}
else
{
//now we have locked write access, just update data
//check manager - load from disk if not in memory
CheckBlockManager(rDataFileHandle, x, rWriteAccesor);
//save memory usage before write
uint64 memoryUsageBeforeWrite = blman_get_memory_usage(rWriteAccesor->second.m_pBlockManager);
//try to write record
status = blman_write_record(rWriteAccesor->second.m_pBlockManager, y, pRecord, recordSize);
if(status == eBMS_FailRecordTooBig)
{
Log.Warning(__FUNCTION__, "Record [x:" I64FMTD ", y:" I64FMTD "] size: %u is too big, max record size is: %u.", x, y, recordSize, MAX_RECORD_SIZE);
}
else if(status & eBMS_OldRecord)
{
//update memory usage
uint64 memoryUsageAfterWrite = blman_get_memory_usage(rWriteAccesor->second.m_pBlockManager);
m_memoryUsed += (memoryUsageAfterWrite - memoryUsageBeforeWrite);
//log warning
Log.Warning(__FUNCTION__, "Record [x:" I64FMTD ", y:" I64FMTD "] size: %u attempt to save old y.", x, y, recordSize);
}
else if(status & eBMS_NeedDefrag)
{
//if data needs defrag
//this function takes care about freespace, memory usage, disk writer, sets correct flags
DefragmentDataInternal(rWriteAccesor);
}
else if(status & eBMS_ReallocatedBlocks)
{
if(!(rWriteAccesor->second.m_flags & eRIF_RelocateBlocks))
{
//set flag reallocate blocks so diskwrite must find new place for data
rWriteAccesor->second.m_flags |= eRIF_RelocateBlocks;
}
//set dirty
rWriteAccesor->second.m_flags |= eRIF_Dirty;
//update memory usage
uint64 memoryUsageAfterWrite = blman_get_memory_usage(rWriteAccesor->second.m_pBlockManager);
m_memoryUsed += (memoryUsageAfterWrite - memoryUsageBeforeWrite);
//queue write to disk
m_pDiskWriter->Queue(rWriteAccesor);
}
else
{
//update memory usage
uint64 memoryUsageAfterWrite = blman_get_memory_usage(rWriteAccesor->second.m_pBlockManager);
m_memoryUsed += (memoryUsageAfterWrite - memoryUsageBeforeWrite);
//queue write to disk
m_pDiskWriter->Queue(rWriteAccesor);
}
}
//log
Log.Debug(__FUNCTION__, "Written data [x:" I64FMTD ", y:" I64FMTD "] size: %u with status: %u", x, y, recordSize, status);
return status;
}
void test2(LRUCache<int>& lruCache){
lruCache.insert("1one",101);
lruCache.insert("1two",102);
lruCache.insert("1three",103);
lruCache.insert("1four",104);
lruCache.insert("1five",105);
lruCache.insert("1six",106);
lruCache.insert("1seven",107);
lruCache.insert("1eight",108);
lruCache.insert("1nine",109);
lruCache.insert("1ten",110);
std::cout << "check " << 101 << ":" << lruCache.get("1one") << std::endl;
std::cout << "check " << 111 << ":" << lruCache.get("1eleven")<< std::endl;
lruCache.insert("1eleven",111);
std::cout << "check " << 102 << ":" << lruCache.get("1two")<< std::endl;
std::cout << "check " << 111 << ":" << lruCache.get("1eleven")<< std::endl;
lruCache.insert("1twelve",112);
std::cout << "check " << 112 << ":" << lruCache.get("1twelve")<< std::endl;
std::cout << "check " << 103 << ":" << lruCache.get("1three")<< std::endl;
std::cout << "check " << 113 << ":" << lruCache.get("1thirteen")<< std::endl;
return;
}
void testLRUCache()
{
int i;
LRUCache c;
int t[100];
for (i = 0; i < 100; ++i) t[i] = 1000+i;
char* k[100];
for (i = 0; i < 100; ++i) {
k[i] = new char[5];
sprintf(k[i], "k%03d", i);
}
bool r;
void* p;
const char* k2;
r = c.Lookup("k050", p);
assert(!r);
c.SetAt("k050", &t[50]);
r = c.Lookup("k050", p);
assert(r);
assert(p == &t[50]);
for (i = 0; i < 100; ++i)
c.SetAt(k[i], &t[i]);
r = c.getLRU(0, k2, p);
assert(r);
assert(strcmp(k2, "k000") == 0);
assert(p == &t[0]);
c.Touch("k000");
r = c.getLRU(0, k2, p);
assert(r);
assert(strcmp(k2, "k001") == 0);
assert(p == &t[1]);
r = c.getLRU(1, k2, p);
assert(r);
assert(strcmp(k2, "k002") == 0);
assert(p == &t[2]);
c.Remove("k001");
r = c.getLRU(0, k2, p);
assert(r);
assert(strcmp(k2, "k002") == 0);
assert(p == &t[2]);
for (i = 0; i < 98; ++i) {
r = c.getLRU(0, k2, p);
assert(r);
assert(strcmp(k2, k[2+i]) == 0);
assert(p == &t[2+i]);
c.Remove(k2);
}
assert(c.GetCount() == 1);
r = c.getLRU(0, k2, p);
assert(r);
assert(strcmp(k2, "k000") == 0);
assert(p == &t[0]);
assert(!c.getLRU(1, k2, p));
}
