DKGL2_Test/TestApp1/TestApp1.cpp

// TestApp1.cpp : Defines the entry point for the application.
//

#ifdef _WIN32
#include "Win32/stdafx.h"
#endif

#include <DK.h>


class TestApp1 : public DKApplication
{
public:

	void OnInitialize(void) override
	{
		DKLogD("%s", DKGL_FUNCTION_NAME);

		DKTimer timer;
		for (auto format : { DKCompressor::Deflate, DKCompressor::LZ4, DKCompressor::LZ4HC })
		{
			const char* fmt = [](DKCompressor::Method m) {
				switch (m)
				{
				case DKCompressor::Deflate:	return "DEFLATE";
				case DKCompressor::LZ4: return "LZ4";
				case DKCompressor::LZ4HC:	return "LZ4HC";
				}
				return "Unknown";
			}(format);

			auto GetFileSizeStr = [](const DKFile* file)
			{
				size_t s = file->TotalLength();
				if (s > size_t(1) << 40)
				{
					size_t d = size_t(1) << 40;
					double n = static_cast<double>(s / d);
					double f = static_cast<double>(s % d) / static_cast<double>(d);
					return DKString::Format("%.3fTB", n + f);
				}
				if (s > size_t(1) << 30)
				{
					size_t d = size_t(1) << 30;
					double n = static_cast<double>(s / d);
					double f = static_cast<double>(s % d) / static_cast<double>(d);
					return DKString::Format("%.3fGB", n + f);
				}
				if (s > size_t(1) << 20)
				{
					size_t d = size_t(1) << 20;
					double n = static_cast<double>(s / d);
					double f = static_cast<double>(s % d) / static_cast<double>(d);
					return DKString::Format("%.3fMB", n + f);
				}
				if (s > size_t(1) << 10)
				{
					size_t d = size_t(1) << 10;
					double n = static_cast<double>(s / d);
					double f = static_cast<double>(s % d) / static_cast<double>(d);
					return DKString::Format("%.3fKB", n + f);
				}
				return DKString::Format("%dB", s);
			};

			DKString filename1 = "C:\\Users\\hong\\desktop\\test\\1";
			DKString filename2 = filename1 + "." + fmt;
			DKString filename3 = filename2 + ".dec";
			DKObject<DKFile> f1 = DKFile::Create(filename1, DKFile::ModeOpenExisting, DKFile::ModeShareRead);
			DKObject<DKFile> f2 = DKFile::Create(filename2, DKFile::ModeOpenNew, DKFile::ModeShareExclusive);
			DKObject<DKFile> f3 = DKFile::Create(filename3, DKFile::ModeOpenNew, DKFile::ModeShareExclusive);

			DKLog("--> Compressing %s", fmt);
			DKCompressor comp(format);

			bool result;
			timer.Reset();
			// compress
			result = comp.Compress(f1, f2);
			double elapsed = timer.Elapsed();

			if (result)
				DKLog("File Compressed (%s): %ls -> %ls (%fsec)", fmt,
				(const wchar_t*)GetFileSizeStr(f1), (const wchar_t*)GetFileSizeStr(f2), elapsed);
			else
			{
				DKLog("File Compression failed");
				continue;
			}

			f2->SetCurrentPosition(0);
			timer.Reset();
			// decompress
			result = DKCompressor::Decompress(f2, f3);
			elapsed = timer.Elapsed();

			if (result)
				DKLog("File Decompressed (%s): %ls -> %ls (%fsec)", fmt,
				(const wchar_t*)GetFileSizeStr(f2), (const wchar_t*)GetFileSizeStr(f3), elapsed);
			else
			{
				DKLog("File Decompression failed");
				continue;
			}

			// generate hash
			for (DKFile* f : { f1.Ptr(), f2.Ptr(), f3.Ptr() })
			{
				DKString path = f->Path();
				f->SetCurrentPosition(0);
				DKHashResultSHA1 sha1;
				if (DKHashSHA1(f, sha1))
				{
					DKLog("SHA1(%ls): %ls", (const wchar_t*)path, (const wchar_t*)sha1.String());
				}
				else
					DKLog("SHA1(%ls) failed!", (const wchar_t*)path);
			}

		}

		Terminate(0);
	}
	void OnTerminate(void) override
	{
		DKLogD("%s", DKGL_FUNCTION_NAME);

		DKLogI("Memory Pool Statistics");
		size_t numBuckets = DKMemoryPoolNumberOfBuckets();
		DKMemoryPoolBucketStatus* buckets = new DKMemoryPoolBucketStatus[numBuckets];
		DKMemoryPoolQueryAllocationStatus(buckets, numBuckets);
		size_t usedBytes = 0;
		for (int i = 0; i < numBuckets; ++i)
		{
			if (buckets[i].totalChunks > 0)
			{
				DKLogI("--> %5lu:  %5lu/%5lu, usage: %.1f%%, used: %.1fKB, total: %.1fKB",
					buckets[i].chunkSize,
					buckets[i].usedChunks, buckets[i].totalChunks,
					double(buckets[i].usedChunks) / double(buckets[i].totalChunks) * 100.0,
					double(buckets[i].chunkSize * buckets[i].usedChunks) / 1024.0,
					double(buckets[i].chunkSize * buckets[i].totalChunks) / 1024.0
				);
				usedBytes += buckets[i].chunkSize * buckets[i].usedChunks;
			}
		}
		DKLogI("MemoryPool Usage: %.1fMB / %.1fMB", double(usedBytes) / (1024 * 1024), double(DKMemoryPoolSize()) / (1024 * 1024));
		delete[] buckets;
	}
};


#ifdef _WIN32
int APIENTRY wWinMain(_In_ HINSTANCE hInstance,
	_In_opt_ HINSTANCE hPrevInstance,
	_In_ LPWSTR    lpCmdLine,
	_In_ int       nCmdShow)
#else
int main(int argc, const char * argv[])
#endif
{
	TestApp1 app;
	DKPropertySet::SystemConfig().SetValue("AppDelegate", "AppDelegate");
	DKPropertySet::SystemConfig().SetValue("GraphicsAPI", "Vulkan");
	return app.Run();
}