#include <map>
#include <list>
#include <iostream>

#include <boost/assign/list_inserter.hpp>

#include <Poco/SharedPtr.h>

#include <DB/DataTypes/DataTypesNumberFixed.h>
#include <DB/DataTypes/DataTypeString.h>

#include <DB/DataStreams/TabSeparatedRowInputStream.h>
#include <DB/DataStreams/TabSeparatedRowOutputStream.h>
#include <DB/DataStreams/copyData.h>

#include <DB/Storages/StorageLog.h>


using Poco::SharedPtr;


int main(int argc, char ** argv)
{
	try
	{
		typedef std::pair<std::string, SharedPtr<DB::IDataType> > NameAndTypePair;
		typedef std::list<NameAndTypePair> NamesAndTypesList;

		NamesAndTypesList names_and_types_list;

		boost::assign::push_back(names_and_types_list)
			("WatchID",				new DB::DataTypeUInt64)
			("ChunkID",				new DB::DataTypeUInt64)
			("Random",				new DB::DataTypeUInt32)
			("JavaEnable",			new DB::DataTypeUInt8)
			("FrameEnable",			new DB::DataTypeUInt8)
			("Title",				new DB::DataTypeString)
			("GoodEvent",			new DB::DataTypeUInt32)
//			("EventTime",			new DB::DataTypeDateTime)
			("CounterID",			new DB::DataTypeUInt32)
			("ClientIP",			new DB::DataTypeUInt32)
			("RegionID",			new DB::DataTypeUInt32)
			("UniqID",				new DB::DataTypeUInt64)
			("SessID",				new DB::DataTypeUInt32)
			("CounterClass",		new DB::DataTypeUInt8)
			("OS",					new DB::DataTypeUInt8)
			("UserAgent",			new DB::DataTypeUInt8)
			("URL",					new DB::DataTypeString)
			("Referer",				new DB::DataTypeString)
			("Refresh",				new DB::DataTypeUInt8)
			("ResolutionWidth",		new DB::DataTypeUInt16)
			("ResolutionHeight",	new DB::DataTypeUInt16)
			("ResolutionDepth",		new DB::DataTypeUInt8)
			("FlashMajor",			new DB::DataTypeUInt8)
			("FlashMinor",			new DB::DataTypeUInt8)
			("FlashMinor2",			new DB::DataTypeString)
			("NetMajor",			new DB::DataTypeUInt8)
			("NetMinor",			new DB::DataTypeUInt8)
			("UserAgentMajor",		new DB::DataTypeUInt16)
//			("UserAgentMinor",		new DB::DataTypeFixedString(2))
			("CookieEnable",		new DB::DataTypeUInt8)
			("JavascriptEnable",	new DB::DataTypeUInt8)
			("IsMobile",			new DB::DataTypeUInt8)
			("MobilePhone",			new DB::DataTypeUInt8)
			("MobilePhoneModel",	new DB::DataTypeString)
			("Params",				new DB::DataTypeString)
			("IPNetworkID",			new DB::DataTypeUInt32)
			("TraficSourceID",		new DB::DataTypeInt8)
			("SearchEngineID",		new DB::DataTypeUInt16)
			("SearchPhrase",		new DB::DataTypeString)
			("AdvEngineID",			new DB::DataTypeUInt8)
			("IsArtifical",			new DB::DataTypeUInt8)
			("WindowClientWidth",	new DB::DataTypeUInt16)
			("WindowClientHeight",	new DB::DataTypeUInt16)
			("ClientTimeZone",		new DB::DataTypeInt16)
//			("ClientEventTime",		new DB::DataTypeDateTime)
			("SilverlightVersion1",	new DB::DataTypeUInt8)
			("SilverlightVersion2",	new DB::DataTypeUInt8)
			("SilverlightVersion3",	new DB::DataTypeUInt32)
			("SilverlightVersion4",	new DB::DataTypeUInt16)
			("PageCharset",			new DB::DataTypeString)
		;

		SharedPtr<DB::NamesAndTypes> names_and_types_map = new DB::NamesAndTypes;
		SharedPtr<DB::DataTypes> data_types;
		DB::ColumnNames column_names;
		
		for (NamesAndTypesList::const_iterator it = names_and_types_list.begin(); it != names_and_types_list.end(); ++it)
		{
			names_and_types_map->insert(*it);
			data_types->push_back(it->second);
			column_names.push_back(it->first);
		}

		/// создаём таблицу хит лога
		
		DB::StorageLog table("./", "HitLog", names_and_types_map, ".bin");

		/// создаём описание, как читать данные из tab separated дампа

		DB::Block sample;
		for (NamesAndTypesList::const_iterator it = names_and_types_list.begin(); it != names_and_types_list.end(); ++it)
		{
			DB::ColumnWithNameAndType elem;
			elem.name = it->first;
			elem.type = it->second;
			elem.column = elem.type->createColumn();
			sample.insert(elem);
		}
		
		/// читаем данные из tsv файла и одновременно пишем в таблицу
		{
			DB::TabSeparatedRowInputStream in(std::cin, data_types);
			SharedPtr<DB::IBlockOutputStream> out = table.write(0);
			DB::copyData(in, *out, sample);
		}

		/// читаем из неё
		{
			SharedPtr<DB::IBlockInputStream> in = table.read(column_names, 0);
			DB::TabSeparatedRowOutputStream out(std::cout, data_types);
			DB::copyData(*in, out);
		}
	}
	catch (const DB::Exception & e)
	{
		std::cerr << e.what() << ", " << e.message() << std::endl;
		return 1;
	}

	return 0;
}