#include "libs/http_client/curl_thread_pool_p.h"
#include "picodeparser.h"
#include "pidigest.h"
#include "pihttpclient.h"
#include "piliterals.h"
#include "pip.h"
#include "piunits.h"
#include "pivaluetree_conversions.h"

using namespace PICoutManipulators;
using namespace PIHTTP;
using namespace PIUnits::Class;

int rcnt = 0, scnt = 0;

inline PIByteArray SMBusTypeInfo_genHash(PIString n) {
	PICrypt c;
	return piSerialize(c.shorthash(n.removeAll(" "), PIString("SMBusDataHashKey").toByteArray()));
}


int main(int argc, char * argv[]) {
	PICrypt _crypt;
	// auto ba = PIFile::readAll("logo.png");
	PIString str    = "hello!"_a;
	PIByteArray ba  = str.toAscii();
	PIByteArray key = PIString("SMBusDataHashKey").toByteArray();

	const int times = 1000000;
	PITimeMeasurer tm;
	PISystemTime el;

	tm.reset();
	piForTimes(times) {
		PIDigest::calculateWithKey(ba, key, PIDigest::Type::SipHash_2_4_128);
	}
	el = tm.elapsed();
	piCout << "PIDigest" << el.toString();

	tm.reset();
	piForTimes(times) {
		_crypt.shorthash(str, key);
	}
	el = tm.elapsed();
	piCout << "  sodium" << el.toString();

	tm.reset();
	piForTimes(times) {
		PIDigest::calculateWithKey(ba, key, PIDigest::Type::BLAKE2b_128);
	}
	el = tm.elapsed();
	piCout << "   blake" << el.toString();

	return 0;


	PIEthernet *eth_r, *eth_s;
	eth_r = PIIODevice::createFromFullPath("eth://udp: 192.168.1.25 :10000")->cast<PIEthernet>();
	eth_s = PIIODevice::createFromFullPath("eth://udp: : : 192.168.1.25:10000")->cast<PIEthernet>();

	eth_r->setReadBufferSize(1_MiB);
	CONNECTL(eth_r, threadedReadEvent, [](const uchar * readed, ssize_t size) {
		// piCout << "rec";
		piMSleep(1);
		++rcnt;
	});
	eth_r->startThreadedRead();

	PIByteArray _ba(1400);
	for (int i = 0; i < 100; ++i) {
		eth_s->write(_ba);
		++scnt;
	}

	0.2_s .sleep();

	piCout << "snd" << scnt;
	piCout << "rec" << rcnt;

	piDeleteSafety(eth_r);
	piDeleteSafety(eth_s);
	return 0;

	PITranslator::loadLang("ru");
	/*auto ucl = PIUnits::allClasses();
	for (auto c: ucl) {
		piCout << (c->className() + ":");
		for (auto t: c->allTypes()) {
			piCout << " " << c->name(t) << "->" << c->unit(t);
		}
	}*/

	// PIUnits::Value(1);
	// piCout << PIUnits::name(PIUnits::Class::Information::Bit);
	// piCout << PIUnits::name(PIUnits::Class::Information::Byte);
	// piCout << PIUnits::name(PIUnits::Class::Information::_LastType);
	// piCout << PIUnits::name((int)PIUnits::Class::Angle::Degree);

	// piCout << PIUnits::unit(PIUnits::Class::Information::Bit);
	// piCout << PIUnits::unit(PIUnits::Class::Information::Byte);
	// piCout << PIUnits::unit(PIUnits::Class::Information::_LastType);
	// piCout << PIUnits::unit((int)PIUnits::Class::Angle::Degree);

	// for (int i = -10; i < 10; ++i)
	// 	piCout << PIUnits::Value(pow10(i * 0.99), PIUnits::Class::Distance::Meter).toString();

	auto v = PIUnits::Value(M_PI, Angle::Radian);
	piCout << v << "=" << v.converted(Angle::Degree);

	v = PIUnits::Value(45, Angle::Degree);
	piCout << v << "=" << v.converted(Angle::Radian);

	piCout << PIUnits::Value(5E-5, Time::Second);
	piCout << PIUnits::Value(3E-3, Time::Second);
	piCout << PIUnits::Value(0.8, Time::Second);
	piCout << PIUnits::Value(1.2, Time::Second);
	piCout << PIUnits::Value(1001, Time::Second);
	piCout << PIUnits::Value(1000001, Time::Second);

	piCout << PIUnits::Value(1_KB, Information::Byte);
	piCout << PIUnits::Value(1_MB, Information::Byte);
	piCout << PIUnits::Value(1_MiB, Information::Byte);
	piCout << PIUnits::Value(1_MB, Information::Byte).converted(Information::Bit);
	piCout << PIUnits::Value(1_MiB, Information::Byte).converted(Information::Bit);

	piCout << PIUnits::Value(0., Temperature::Celsius).converted(Temperature::Kelvin);
	piCout << PIUnits::Value(0., Temperature::Celsius).converted(Temperature::Fahrenheit);
	piCout << PIUnits::Value(100., Temperature::Celsius).converted(Temperature::Fahrenheit);

	piCout << PIUnits::Value(1., Pressure::Atmosphere).converted(Pressure::Pascal);
	piCout << PIUnits::Value(1., Pressure::Atmosphere).converted(Pressure::MillimetreOfMercury);
	piCout << PIUnits::Value(766., Pressure::MillimetreOfMercury).converted(Pressure::Atmosphere);

	piCout << PIUnits::Value(5E-5, Time::Second).converted(Time::Hertz);
	piCout << PIUnits::Value(3E-3, Time::Second).converted(Time::Hertz);
	piCout << PIUnits::Value(0.8, Time::Second).converted(Time::Hertz);
	piCout << PIUnits::Value(1.2, Time::Second).converted(Time::Hertz);
	piCout << PIUnits::Value(1001, Time::Second).converted(Time::Hertz);
	piCout << PIUnits::Value(1000001, Time::Second).converted(Time::Hertz);
	// piCout << PIUnits::Value(0.2, Time::Second).converted(Time::Hertz);
	// piCout << PIUnits::Value(5E-5, Time::Second).converted(Time::Hertz);
	return 0;
}