#include "pip.h"
#include "piauth.h"


class Obj : public PIObject {
	PIOBJECT(Obj)
public:
		Obj() : PIObject() {}

	EVENT_HANDLER2(void, authorizeServer, PIByteArray, info, bool *, ok) {
		piCout << "[authorizeServer]" << PIString(info);
		//*ok = true;
	}
	EVENT_HANDLER2(void, passwordCheck, PIByteArray, phash, bool *, ok) {
		piCout << "[passwordCheck]" << phash.toHex();
		PIByteArray ph = PICrypt::passwordHash("secret", PIByteArray::fromHex("AABBCCDD"));
		piCout << "[passwordCheck]" << ph.toHex();
		if (phash == ph) *ok = true;
	}
	EVENT_HANDLER1(void, userEnterPassword, PIString *, password) {
		*password = "secret";
		piCout << "[userEnterPassword]" << *password;
	}
	EVENT_HANDLER(void, clientConnect) {
		piCout << "clientConnect OK!";
	}
	EVENT_HANDLER(void, serverConnect) {
		piCout << "serverConnect OK!";
	}
	EVENT_HANDLER1(void, f, int, id) {
		piCout << "finished" << id;
	}
};

class A: public PIObject {
	PIOBJECT(A)
public:
	A() {}
	EVENT_HANDLER2(void, pcf, int, id, PIString*, buff) {
		piCout << "PICout(" << id << ") finished:" << (*buff);
	}
};
int main() {
	PIEvaluator eval, eval2;
	piCout << "start";

	eval.setVariable("x", complexd(1, 2));
	PITimeMeasurer tm;
	eval.check("e2eelg(10ex");
	double us = tm.elapsed_u(); piCout << "check" << us;

	tm.reset();
	PIByteArray ba = eval.save();
	us = tm.elapsed_u(); piCout << " save" << us;

	piCout << ba.size();

	tm.reset();
	eval2.load(ba);
	us = tm.elapsed_u(); piCout << " load" << us;

	//eval.setVariable("x", complexd(-2, 0));
	eval2.setVariable("x", complexd(-2, 0));

	piCout << eval.expression() << "=" << eval.evaluate();
	piCout << eval2.expression() << "=" << eval2.evaluate();

	/*A a;
	CONNECTU(PICout::Notifier::object(), finished, &a, pcf);
	PIString buffer = "my buff:";
	PICout(&buffer, 1) << "int 10 ->" << 10 << ", time ->" << PITime::current();*/
	/*PISerial ser(PISerial::availableDevices(false)[0], PISerial::S115200);
	piCout << ser.constructFullPath();
	piCout << ser.open();
	ser.startThreadedRead();
	FOREVER {
		piCout << ser.isOpened();
		piMSleep(200);
	}*/
	/*PIVector<PIFile::FileInfo> fl = PIDir::current().allEntries();
	PIFile out("out.txt", PIIODevice::ReadWrite);
	out.clear();
	piForeachC (PIFile::FileInfo & f, fl) {
		PIString e = f.extension();
		PIString comm;
		if (e == "h")   comm = PIString::fromUTF8("Заголовочный файл");
		if (e == "cpp") comm = PIString::fromUTF8("Файл релизации");
		if (e == "ui")  comm = PIString::fromUTF8("Форма");
		if (e == "qrc") comm = PIString::fromUTF8("Файл ресурсов");
		if (comm.isEmpty()) continue;
		out << "\n\n" << comm << ": " << f.name() << "\n";
		PIFile file(f.name(), PIIODevice::ReadOnly);
		while (!file.isEnd()) {
			PIString line = file.readLine(), tl = line.trimmed();
			if (tl.isEmpty() || tl.startsWith("//")) continue;
			out << line << "\n";
		}
	}*/

	return 0;
/*}

int main(int argc, char *argv[]) {
	Obj o;
	CONNECTU(PICout::Notifier::object(), finished, &o, f);
	PIString s = "!!!";
	piCout << s;
	PICout(&s, 1) << "now" << PIDateTime::current() << ", int 1 =" << 1;
	piCout << s;*/

	/*piCout << "start";
	PICrypt crypt;
	PIByteArray skey1, pkey1;
	crypt.generateKeypair(pkey1, skey1);
	PIByteArray skey2, pkey2;
	crypt.generateKeypair(pkey2, skey2);
	PIByteArray sign = PIAuth::generateSign(PICrypt::generateKey());
	piCout << "sign" << sign.toHex();

	piCout << "key1 " << pkey1.toHex() << skey1.toHex();
	piCout << "key2 " << pkey2.toHex() << skey2.toHex();
	PIString msg = "what the f*ck?";
	PIByteArray ba = msg.toUTF8();
	piCout << "source" << ba.toHex() << msg;
	PIByteArray cba = crypt.crypt(ba, pkey2, skey1);
	PIByteArray psign = crypt.extractSignPublicKey(sign);
	PIByteArray scba = crypt.signMessage(cba, sign);
	piCout << "crypted" << cba.toHex();
	piCout << "signed" << scba.toHex() << psign.toHex();
	PIByteArray dba = crypt.decrypt(cba, pkey1, skey2);
	piCout << "decrypted" << dba.toHex() << PIString(dba);
	piCout << "verify" << crypt.verifySign(cba, scba, psign);
	cba = crypt.crypt(ba, pkey1, skey2);
	piCout << "crypted" << cba.toHex();
	//cba[7] = 0;
	dba = crypt.decrypt(cba, pkey2, skey1);
	piCout << "decrypted" << dba.toHex() << PIString(dba);




	piCout << "=======================================";

	PIAuth server(PIAuth::generateSign(pkey1));

	msg = "This is Server with PIAuth";
	server.setInfoData(msg.toUTF8());

	PIAuth client(PIAuth::generateSign(pkey2));

	client.setAuthorizedPublicKeys(PIVector<PIByteArray>() << server.getSignPublicKey());
//	server.setAuthorizedPublicKeys(PIVector<PIByteArray>() << client.getSignPublicKey());
	Obj o;
	CONNECTU(&client, authorize, &o, authorizeServer);
	CONNECTU(&client, passwordRequest, &o, userEnterPassword);
	CONNECTU(&server, passwordCheck, &o, passwordCheck);
	CONNECTU(&client, connected, &o, clientConnect);
	CONNECTU(&server, connected, &o, serverConnect);
	client.startClient();
	ba = server.startServer();
	int st = PIAuth::AuthProbe;
	piCout << "server" << st << ba.toHex() << ba.size();*/



//	ba[40] = 2;
//		{
//			int s;
//			ba >> s;
//			PIByteArray rinfo;
//			PIByteArray rsign;
//			PIByteArray rsign_pk;
//			PIByteArray box_pk;
//			PIByteArray noise;
//			ba >> rinfo >> rsign_pk >> box_pk >> noise >> rsign;
//			ba.clear();
//			PIByteArray sign2 = PIAuth::generateSign(PICrypt::generateRandomBuff(100));
//			msg = "Server";
//			ba << s << msg.toUTF8() << crypt.extractSignPublicKey(sign2) << box_pk << noise;
//			rsign = crypt.signMessage(ba, sign2);
//			ba << rsign;
//		}


/*
	st = client.receive(ba);
	piCout << "client" << st << ba.toHex() << ba.size();
	st = server.receive(ba);
	piCout << "server" << st << ba.toHex() << ba.size();
	st = client.receive(ba);
	piCout << "client" << st << ba.toHex() << ba.size();
	st = server.receive(ba);
	piCout << "server" << st << ba.toHex() << ba.size();
	st = client.receive(ba);
	piCout << "client" << st << ba.toHex() << ba.size();
	st = server.receive(ba);
	piCout << "server" << st << ba.toHex() << ba.size();
	st = client.receive(ba);
	piCout << "client" << st << ba.toHex() << ba.size();
	st = server.receive(ba);
	piCout << "server" << st << ba.toHex() << ba.size();*/
	return 0;
}