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@ -27,37 +27,163 @@ |
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#include <libdevcore/Log.h> |
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#include <libethereum/Transaction.h> |
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#include <boost/test/unit_test.hpp> |
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#include <libdevcrypto/EC.h> |
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#include "TestHelperCrypto.h" |
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using namespace std; |
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using namespace dev; |
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using namespace dev::crypto; |
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using namespace CryptoPP; |
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namespace dev |
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{ |
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namespace crypto |
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BOOST_AUTO_TEST_SUITE(devcrypto) |
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BOOST_AUTO_TEST_CASE(common_encrypt_decrypt) |
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{ |
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string message("Now is the time for all good persons to come to the aide of humanity."); |
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bytes m = asBytes(message); |
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bytesConstRef bcr(&m); |
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KeyPair k = KeyPair::create(); |
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bytes cipher; |
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encrypt(k.pub(), bcr, cipher); |
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assert(cipher != asBytes(message) && cipher.size() > 0); |
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bytes plain; |
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decrypt(k.sec(), bytesConstRef(&cipher), plain); |
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assert(asString(plain) == message); |
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assert(plain == asBytes(message)); |
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} |
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inline CryptoPP::AutoSeededRandomPool& PRNG() { |
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static CryptoPP::AutoSeededRandomPool prng; |
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return prng; |
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BOOST_AUTO_TEST_CASE(cryptopp_vs_secp256k1) |
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{ |
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ECIES<ECP>::Decryptor d(pp::PRNG(), pp::secp256k1()); |
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ECIES<ECP>::Encryptor e(d.GetKey()); |
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Secret s; |
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pp::SecretFromDL_PrivateKey_EC(d.GetKey(), s); |
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Public p; |
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pp::PublicFromDL_PublicKey_EC(e.GetKey(), p); |
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assert(dev::toAddress(s) == right160(dev::sha3(p.ref()))); |
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Secret previous = s; |
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for (auto i = 0; i < 30; i++) |
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{ |
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ECIES<ECP>::Decryptor d(pp::PRNG(), pp::secp256k1()); |
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ECIES<ECP>::Encryptor e(d.GetKey()); |
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Secret s; |
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pp::SecretFromDL_PrivateKey_EC(d.GetKey(), s); |
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assert(s != previous); |
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Public p; |
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pp::PublicFromDL_PublicKey_EC(e.GetKey(), p); |
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assert(dev::toAddress(s) == right160(dev::sha3(p.ref()))); |
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} |
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} |
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BOOST_AUTO_TEST_CASE(cryptopp_keys_cryptor_sipaseckp256k1) |
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{ |
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KeyPair k = KeyPair::create(); |
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Secret s = k.sec(); |
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// Convert secret to exponent used by pp
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Integer e = pp::ExponentFromSecret(s); |
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// Test that exported DL_EC private is same as exponent from Secret
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CryptoPP::DL_PrivateKey_EC<CryptoPP::ECP> privatek; |
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privatek.AccessGroupParameters().Initialize(pp::secp256k1()); |
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privatek.SetPrivateExponent(e); |
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assert(e == privatek.GetPrivateExponent()); |
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// Test that exported secret is same as decryptor(privatek) secret
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ECIES<ECP>::Decryptor d; |
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d.AccessKey().AccessGroupParameters().Initialize(pp::secp256k1()); |
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d.AccessKey().SetPrivateExponent(e); |
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assert(d.AccessKey().GetPrivateExponent() == e); |
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// Test that decryptor->encryptor->public == private->makepublic->public
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CryptoPP::DL_PublicKey_EC<CryptoPP::ECP> pubk; |
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pubk.AccessGroupParameters().Initialize(pp::secp256k1()); |
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privatek.MakePublicKey(pubk); |
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ECIES<ECP>::Encryptor enc(d); |
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assert(pubk.GetPublicElement() == enc.AccessKey().GetPublicElement()); |
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// Test against sipa/seckp256k1
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Public p; |
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pp::PublicFromExponent(pp::ExponentFromSecret(s), p); |
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assert(toAddress(s) == dev::right160(dev::sha3(p.ref()))); |
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assert(k.pub() == p); |
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} |
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BOOST_AUTO_TEST_CASE(cryptopp_public_export_import) |
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{ |
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ECIES<ECP>::Decryptor d(pp::PRNG(), pp::secp256k1()); |
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ECIES<ECP>::Encryptor e(d.GetKey()); |
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Secret s; |
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pp::SecretFromDL_PrivateKey_EC(d.GetKey(), s); |
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Public p; |
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pp::PublicFromDL_PublicKey_EC(e.GetKey(), p); |
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Address addr = right160(dev::sha3(p.ref())); |
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assert(toAddress(s) == addr); |
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KeyPair l(s); |
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assert(l.address() == addr); |
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DL_PublicKey_EC<ECP> pub; |
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pub.Initialize(pp::secp256k1(), pp::PointFromPublic(p)); |
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assert(pub.GetPublicElement() == e.GetKey().GetPublicElement()); |
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KeyPair k = KeyPair::create(); |
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Public p2; |
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pp::PublicFromExponent(pp::ExponentFromSecret(k.sec()), p2); |
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assert(k.pub() == p2); |
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Address a = k.address(); |
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Address a2 = toAddress(k.sec()); |
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assert(a2 == a); |
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} |
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using namespace CryptoPP; |
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BOOST_AUTO_TEST_CASE(ecies_eckeypair) |
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{ |
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KeyPair k = KeyPair::create(); |
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string message("Now is the time for all good persons to come to the aide of humanity."); |
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string original = message; |
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bytes b = asBytes(message); |
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encrypt(k.pub(), b); |
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assert(b != asBytes(original)); |
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BOOST_AUTO_TEST_SUITE(crypto) |
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decrypt(k.sec(), b); |
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assert(b == asBytes(original)); |
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} |
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BOOST_AUTO_TEST_CASE(ecdhe_aes128_ctr_sha3mac) |
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{ |
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// New connections require new ECDH keypairs
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// Every new connection requires a new EC keypair
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// Every new trust requires a new EC keypair
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// All connections should share seed for PRF (or PRNG) for nonces
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} |
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BOOST_AUTO_TEST_CASE(cryptopp_ecies_message) |
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{ |
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cnote << "Testing cryptopp_ecies_message..."; |
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string const message("Now is the time for all good men to come to the aide of humanity."); |
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string const message("Now is the time for all good persons to come to the aide of humanity."); |
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AutoSeededRandomPool prng; |
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ECIES<ECP>::Decryptor localDecryptor(prng, ASN1::secp256r1()); |
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ECIES<ECP>::Decryptor localDecryptor(pp::PRNG(), pp::secp256k1()); |
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SavePrivateKey(localDecryptor.GetPrivateKey()); |
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ECIES<ECP>::Encryptor localEncryptor(localDecryptor); |
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@ -65,31 +191,31 @@ BOOST_AUTO_TEST_CASE(cryptopp_ecies_message) |
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ECIES<ECP>::Decryptor futureDecryptor; |
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LoadPrivateKey(futureDecryptor.AccessPrivateKey()); |
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futureDecryptor.GetPrivateKey().ThrowIfInvalid(prng, 3); |
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futureDecryptor.GetPrivateKey().ThrowIfInvalid(pp::PRNG(), 3); |
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ECIES<ECP>::Encryptor futureEncryptor; |
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LoadPublicKey(futureEncryptor.AccessPublicKey()); |
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futureEncryptor.GetPublicKey().ThrowIfInvalid(prng, 3); |
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futureEncryptor.GetPublicKey().ThrowIfInvalid(pp::PRNG(), 3); |
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// encrypt/decrypt with local
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string cipherLocal; |
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StringSource ss1 (message, true, new PK_EncryptorFilter(prng, localEncryptor, new StringSink(cipherLocal) ) ); |
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StringSource ss1 (message, true, new PK_EncryptorFilter(pp::PRNG(), localEncryptor, new StringSink(cipherLocal) ) ); |
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string plainLocal; |
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StringSource ss2 (cipherLocal, true, new PK_DecryptorFilter(prng, localDecryptor, new StringSink(plainLocal) ) ); |
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StringSource ss2 (cipherLocal, true, new PK_DecryptorFilter(pp::PRNG(), localDecryptor, new StringSink(plainLocal) ) ); |
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// encrypt/decrypt with future
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string cipherFuture; |
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StringSource ss3 (message, true, new PK_EncryptorFilter(prng, futureEncryptor, new StringSink(cipherFuture) ) ); |
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StringSource ss3 (message, true, new PK_EncryptorFilter(pp::PRNG(), futureEncryptor, new StringSink(cipherFuture) ) ); |
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string plainFuture; |
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StringSource ss4 (cipherFuture, true, new PK_DecryptorFilter(prng, futureDecryptor, new StringSink(plainFuture) ) ); |
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StringSource ss4 (cipherFuture, true, new PK_DecryptorFilter(pp::PRNG(), futureDecryptor, new StringSink(plainFuture) ) ); |
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// decrypt local w/future
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string plainFutureFromLocal; |
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StringSource ss5 (cipherLocal, true, new PK_DecryptorFilter(prng, futureDecryptor, new StringSink(plainFutureFromLocal) ) ); |
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StringSource ss5 (cipherLocal, true, new PK_DecryptorFilter(pp::PRNG(), futureDecryptor, new StringSink(plainFutureFromLocal) ) ); |
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// decrypt future w/local
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string plainLocalFromFuture; |
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StringSource ss6 (cipherFuture, true, new PK_DecryptorFilter(prng, localDecryptor, new StringSink(plainLocalFromFuture) ) ); |
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StringSource ss6 (cipherFuture, true, new PK_DecryptorFilter(pp::PRNG(), localDecryptor, new StringSink(plainLocalFromFuture) ) ); |
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assert(plainLocal == message); |
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@ -98,98 +224,112 @@ BOOST_AUTO_TEST_CASE(cryptopp_ecies_message) |
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assert(plainLocalFromFuture == plainLocal); |
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} |
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BOOST_AUTO_TEST_CASE(cryptopp_ecdh_prime) |
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BOOST_AUTO_TEST_CASE(cryptopp_aes128_ctr) |
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{ |
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cnote << "Testing cryptopp_ecdh_prime..."; |
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const int aesKeyLen = 16; |
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assert(sizeof(char) == sizeof(byte)); |
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using namespace CryptoPP; |
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OID curve = ASN1::secp256r1(); |
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ECDH<ECP>::Domain dhLocal(curve); |
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SecByteBlock privLocal(dhLocal.PrivateKeyLength()); |
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SecByteBlock pubLocal(dhLocal.PublicKeyLength()); |
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dhLocal.GenerateKeyPair(dev::crypto::PRNG(), privLocal, pubLocal); |
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// generate test key
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AutoSeededRandomPool rng; |
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SecByteBlock key(0x00, aesKeyLen); |
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rng.GenerateBlock(key, key.size()); |
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ECDH<ECP>::Domain dhRemote(curve); |
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SecByteBlock privRemote(dhRemote.PrivateKeyLength()); |
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SecByteBlock pubRemote(dhRemote.PublicKeyLength()); |
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dhRemote.GenerateKeyPair(dev::crypto::PRNG(), privRemote, pubRemote); |
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// cryptopp uses IV as nonce/counter which is same as using nonce w/0 ctr
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byte ctr[AES::BLOCKSIZE]; |
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rng.GenerateBlock(ctr, sizeof(ctr)); |
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assert(dhLocal.AgreedValueLength() == dhRemote.AgreedValueLength()); |
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string text = "Now is the time for all good persons to come to the aide of humanity."; |
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// c++11 ftw
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unsigned char const* in = (unsigned char*)&text[0]; |
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unsigned char* out = (unsigned char*)&text[0]; |
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string original = text; |
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// local: send public to remote; remote: send public to local
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string cipherCopy; |
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try |
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{ |
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CTR_Mode<AES>::Encryption e; |
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e.SetKeyWithIV(key, key.size(), ctr); |
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e.ProcessData(out, in, text.size()); |
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assert(text != original); |
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cipherCopy = text; |
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} |
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catch(CryptoPP::Exception& e) |
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{ |
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cerr << e.what() << endl; |
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} |
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// Local
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SecByteBlock sharedLocal(dhLocal.AgreedValueLength()); |
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assert(dhLocal.Agree(sharedLocal, privLocal, pubRemote)); |
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try |
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{ |
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CTR_Mode< AES >::Decryption d; |
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d.SetKeyWithIV(key, key.size(), ctr); |
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d.ProcessData(out, in, text.size()); |
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assert(text == original); |
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} |
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catch(CryptoPP::Exception& e) |
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{ |
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cerr << e.what() << endl; |
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} |
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// Remote
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SecByteBlock sharedRemote(dhRemote.AgreedValueLength()); |
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assert(dhRemote.Agree(sharedRemote, privRemote, pubLocal)); |
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// Test
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Integer ssLocal, ssRemote; |
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ssLocal.Decode(sharedLocal.BytePtr(), sharedLocal.SizeInBytes()); |
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ssRemote.Decode(sharedRemote.BytePtr(), sharedRemote.SizeInBytes()); |
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// reencrypt ciphertext...
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try |
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{ |
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assert(cipherCopy != text); |
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in = (unsigned char*)&cipherCopy[0]; |
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out = (unsigned char*)&cipherCopy[0]; |
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CTR_Mode<AES>::Encryption e; |
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e.SetKeyWithIV(key, key.size(), ctr); |
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e.ProcessData(out, in, text.size()); |
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// yep, ctr mode.
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assert(cipherCopy == original); |
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} |
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catch(CryptoPP::Exception& e) |
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{ |
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cerr << e.what() << endl; |
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} |
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assert(ssLocal != 0); |
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assert(ssLocal == ssRemote); |
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} |
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BOOST_AUTO_TEST_CASE(cryptopp_ecdh_aes128_cbc_noauth) |
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BOOST_AUTO_TEST_CASE(cryptopp_aes128_cbc) |
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{ |
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// ECDH gives 256-bit shared while aes uses 128-bits
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// Use first 128-bits of shared secret as symmetric key
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// IV is 0
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// New connections require new ECDH keypairs
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const int aesKeyLen = 16; |
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assert(sizeof(char) == sizeof(byte)); |
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AutoSeededRandomPool rng; |
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SecByteBlock key(0x00, aesKeyLen); |
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rng.GenerateBlock(key, key.size()); |
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} |
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// Generate random IV
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byte iv[AES::BLOCKSIZE]; |
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rng.GenerateBlock(iv, AES::BLOCKSIZE); |
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BOOST_AUTO_TEST_CASE(cryptopp_eth_fbba) |
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{ |
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// Initial Authentication:
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//
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// New/Known Peer:
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// pubkeyL = knownR? ? myKnown : myECDH
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// pubkeyR = knownR? ? theirKnown : theirECDH
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//
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// Initial message = hmac(k=sha3(shared-secret[128..255]), address(pubkeyL)) || ECIES encrypt(pubkeyR, pubkeyL)
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//
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// Key Exchange (this could occur after handshake messages):
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// If peers do not know each other they will need to exchange public keys.
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//
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// Drop ECDH (this could occur after handshake messages):
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// After authentication and/or key exchange, both sides generate shared key
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// from their 'known' keys and use this to encrypt all future messages.
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//
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// v2: If one side doesn't trust the other then a single-use key maybe sent.
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// This will need to be tracked for future connections; when non-trusting peer
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// wants to trust the other, it can request that it's old, 'new', public key be
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// accepted. And, if the peer *really* doesn't trust the other side, it can request
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// that a new, 'new', public key be accepted.
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//
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// Handshake (all or nothing, padded):
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// All Peers (except blacklisted):
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//
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//
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// New Peer:
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//
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//
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// Known Untrusted Peer:
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//
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//
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// Known Trusted Peer:
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//
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//
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// Blacklisted Peeer:
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// Already dropped by now.
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//
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//
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// MAC:
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// ...
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} |
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string string128("AAAAAAAAAAAAAAAA"); |
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string plainOriginal = string128; |
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CryptoPP::CBC_Mode<Rijndael>::Encryption cbcEncryption(key, key.size(), iv); |
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cbcEncryption.ProcessData((byte*)&string128[0], (byte*)&string128[0], string128.size()); |
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assert(string128 != plainOriginal); |
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CBC_Mode<Rijndael>::Decryption cbcDecryption(key, key.size(), iv); |
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cbcDecryption.ProcessData((byte*)&string128[0], (byte*)&string128[0], string128.size()); |
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assert(plainOriginal == string128); |
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// plaintext whose size isn't divisible by block size must use stream filter for padding
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string string192("AAAAAAAAAAAAAAAABBBBBBBB"); |
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plainOriginal = string192; |
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string cipher; |
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StreamTransformationFilter* aesStream = new StreamTransformationFilter(cbcEncryption, new StringSink(cipher)); |
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StringSource source(string192, true, aesStream); |
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assert(cipher.size() == 32); |
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cbcDecryption.ProcessData((byte*)&cipher[0], (byte*)&string192[0], cipher.size()); |
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assert(string192 == plainOriginal); |
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} |
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BOOST_AUTO_TEST_CASE(eth_keypairs) |
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{ |
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cnote << "Testing Crypto..."; |
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Gav Wood
10 years ago