// NEEDS TO BE TESTED
void CoinQKeychainSqlite3::insertKey(const uchar_vector& privKey, int type, int status, const std::string& label, bool bCompressed, int minHeight, int maxHeight)
{
if (type < 1 || type > 2) {
throw CoinQ::Exception("Invalid type.", CoinQ::Exception::INVALID_PARAMETERS);
}
if (status < 1 || status > 2) {
throw CoinQ::Exception("Invalid status.", CoinQ::Exception::INVALID_PARAMETERS);
}
CoinKey key;
key.setCompressed(bCompressed);
key.setPrivateKey(privKey);
uchar_vector pubkey = key.getPublicKey();
std::string pubkeyhash = ripemd160(sha256(pubkey)).getHex();
std::string pubkeyhex = pubkey.getHex();
std::string privkeyhex = privKey.getHex();
SQLite3Stmt stmt;
stmt.prepare(db, "INSERT INTO `keys` (`hash`, `pubkey`, `privkey`, `type`, `status`, `minheight`, `maxheight`, `label`) VALUES (?,?,?,?,?,?,?,?)");
stmt.bindText(1, pubkeyhash);
stmt.bindText(2, pubkeyhex);
stmt.bindText(3, privkeyhex);
stmt.bindInt (4, type);
stmt.bindInt (5, status);
stmt.bindInt (6, minHeight);
stmt.bindInt (7, maxHeight);
stmt.bindText(8, label);
stmt.step();
stmt.finalize();
}
std::string signtransaction(bool bHelp, params_t& params)
{
if (bHelp || params.size() < 6) {
return "signtransaction <outhash> <outindex> <redeemscript> <toaddress> <value> <privkey1> [<privkey2> <privkey3> ...] - creates and signs a transaction claiming a multisignature input.";
}
uchar_vector outHash = params[0];
uint outIndex = strtoul(params[1].c_str(), NULL, 10);
uchar_vector redeemScript = params[2];
std::string toAddress = params[3];
uint64_t value = strtoull(params[4].c_str(), NULL, 10);
std::vector<std::string> privKeys;
for (uint i = 5; i < params.size(); i++) {
privKeys.push_back(params[i]);
}
StandardTxOut txOut;
txOut.set(toAddress, value);
MultiSigRedeemScript multiSig;
multiSig.parseRedeemScript(redeemScript);
P2SHTxIn txIn(outHash, outIndex, multiSig.getRedeemScript());
txIn.setScriptSig(SCRIPT_SIG_SIGN);
Transaction tx;
tx.addOutput(txOut);
tx.addInput(txIn);
uchar_vector hashToSign = tx.getHashWithAppendedCode(1); // SIGHASH_ALL
// TODO: make sure to wipe all key data if there's any failure
CoinKey key;
for (uint i = 0; i < privKeys.size(); i++) {
if (!key.setWalletImport(privKeys[i])) {
std::stringstream ss;
ss << "Private key " << i+1 << " is invalid.";
throw std::runtime_error(ss.str());
}
uchar_vector sig;
if (!key.sign(hashToSign, sig)) {
std::stringstream ss;
ss << "Error signing with key " << i+1 << ".";
throw std::runtime_error(ss.str());
}
txIn.addSig(uchar_vector(), sig);
}
if (privKeys.size() < multiSig.getMinSigs()) {
txIn.setScriptSig(SCRIPT_SIG_EDIT);
}
else {
txIn.setScriptSig(SCRIPT_SIG_BROADCAST);
}
tx.clearInputs();
tx.addInput(txIn);
return tx.getSerialized().getHex();
}
int main()
{
CoinKey coinKey;
coinKey.generateNewKey();
string receivingAddress = coinKey.getAddress();
string walletImport = coinKey.getWalletImport();
cout << endl
<< "Address: " << receivingAddress << endl
<< "Wallet Import: " << walletImport << endl << endl;
return 0;
}
void CoinQKeychainSqlite3::generateNewKeys(int count, int type, bool bCompressed)
{
SQLite3Stmt stmt;
CoinKey key;
key.setCompressed(bCompressed);
stmt.prepare(db, "INSERT INTO `keys` (`hash`, `pubkey`, `privkey`, `type`, `status`, `minheight`, `maxheight`) VALUES (?,?,?,?,?,-1,-1)");
for (int i = 0; i < count; i++) {
key.generateNewKey();
uchar_vector pubkey = key.getPublicKey();
std::string pubkeyhash = ripemd160(sha256(pubkey)).getHex();
std::string pubkeyhex = pubkey.getHex();
uchar_vector privkey = key.getPrivateKey();
std::string privkeyhex = privkey.getHex();
stmt.reset();
stmt.bindText(1, pubkeyhash);
stmt.bindText(2, pubkeyhex);
stmt.bindText(3, privkeyhex);
stmt.bindInt (4, type);
stmt.bindInt (5, Status::POOL);
stmt.step();
}
}
