Merge pull request #6 from pxgamer/feature/psr-2

Update to follow PSR-2
This commit is contained in:
arionum
2018-06-19 22:05:22 +03:00
committed by GitHub
16 changed files with 3343 additions and 2602 deletions

816
api.php
View File

@@ -24,7 +24,6 @@ OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE
OR OTHER DEALINGS IN THE SOFTWARE.
*/
/**
* @api {get} /api.php 01. Basic Information
* @apiName Info
@@ -66,30 +65,26 @@ OR OTHER DEALINGS IN THE SOFTWARE.
* }
*/
require_once("include/init.inc.php");
error_reporting(0);
$ip=san_ip($_SERVER['REMOTE_ADDR']);
$ip=filter_var($ip, FILTER_VALIDATE_IP);
$ip = san_ip($_SERVER['REMOTE_ADDR']);
$ip = filter_var($ip, FILTER_VALIDATE_IP);
if($_config['public_api']==false&&!in_array($ip,$_config['allowed_hosts'])){
if ($_config['public_api'] == false && !in_array($ip, $_config['allowed_hosts'])) {
api_err("private-api");
}
$acc = new Account;
$block = new Block;
$acc = new Account();
$block = new Block();
$trx = new Transaction;
$q=$_GET['q'];
if(!empty($_POST['data'])){
$data=json_decode($_POST['data'],true);
} else {
$data=$_GET;
$trx = new Transaction();
$q = $_GET['q'];
if (!empty($_POST['data'])) {
$data = json_decode($_POST['data'], true);
} else {
$data = $_GET;
}
/**
* @api {get} /api.php?q=getAddress 02. getAddress
* @apiName getAddress
@@ -101,419 +96,480 @@ if(!empty($_POST['data'])){
* @apiSuccess {string} data Contains the address
*/
if($q=="getAddress"){
$public_key=$data['public_key'];
if(strlen($public_key)<32) api_err("Invalid public key");
if ($q == "getAddress") {
$public_key = $data['public_key'];
if (strlen($public_key) < 32) {
api_err("Invalid public key");
}
api_echo($acc->get_address($public_key));
}
elseif($q=="base58"){
/**
* @api {get} /api.php?q=base58 03. base58
* @apiName base58
* @apiGroup API
* @apiDescription Converts a string to base58.
*
* @apiParam {string} data Input string
*
* @apiSuccess {string} data Output string
*/
} elseif ($q == "base58") {
/**
* @api {get} /api.php?q=base58 03. base58
* @apiName base58
* @apiGroup API
* @apiDescription Converts a string to base58.
*
* @apiParam {string} data Input string
*
* @apiSuccess {string} data Output string
*/
api_echo(base58_encode($data['data']));
}
elseif($q=="getBalance"){
/**
* @api {get} /api.php?q=getBalance 04. getBalance
* @apiName getBalance
* @apiGroup API
* @apiDescription Returns the balance of a specific account or public key.
*
* @apiParam {string} [public_key] Public key
* @apiParam {string} [account] Account id / address
*
* @apiSuccess {string} data The ARO balance
*/
} elseif ($q == "getBalance") {
/**
* @api {get} /api.php?q=getBalance 04. getBalance
* @apiName getBalance
* @apiGroup API
* @apiDescription Returns the balance of a specific account or public key.
*
* @apiParam {string} [public_key] Public key
* @apiParam {string} [account] Account id / address
*
* @apiSuccess {string} data The ARO balance
*/
$public_key=$data['public_key'];
$account=$data['account'];
if(!empty($public_key)&&strlen($public_key)<32) api_err("Invalid public key");
if(!empty($public_key)) $account=$acc->get_address($public_key);
if(empty($account)) api_err("Invalid account id");
$account=san($account);
$public_key = $data['public_key'];
$account = $data['account'];
if (!empty($public_key) && strlen($public_key) < 32) {
api_err("Invalid public key");
}
if (!empty($public_key)) {
$account = $acc->get_address($public_key);
}
if (empty($account)) {
api_err("Invalid account id");
}
$account = san($account);
api_echo($acc->balance($account));
}
elseif($q=="getPendingBalance"){
/**
* @api {get} /api.php?q=getPendingBalance 05. getPendingBalance
* @apiName getPendingBalance
* @apiGroup API
* @apiDescription Returns the pending balance, which includes pending transactions, of a specific account or public key.
*
* @apiParam {string} [public_key] Public key
* @apiParam {string} [account] Account id / address
*
* @apiSuccess {string} data The ARO balance
*/
} elseif ($q == "getPendingBalance") {
/**
* @api {get} /api.php?q=getPendingBalance 05. getPendingBalance
* @apiName getPendingBalance
* @apiGroup API
* @apiDescription Returns the pending balance, which includes pending transactions, of a specific account or public key.
*
* @apiParam {string} [public_key] Public key
* @apiParam {string} [account] Account id / address
*
* @apiSuccess {string} data The ARO balance
*/
$account=$data['account'];
if(!empty($public_key)&&strlen($public_key)<32) api_err("Invalid public key");
if(!empty($public_key)) $account=$acc->get_address($public_key);
if(empty($account)) api_err("Invalid account id");
$account=san($account);
$account = $data['account'];
if (!empty($public_key) && strlen($public_key) < 32) {
api_err("Invalid public key");
}
if (!empty($public_key)) {
$account = $acc->get_address($public_key);
}
if (empty($account)) {
api_err("Invalid account id");
}
$account = san($account);
api_echo($acc->pending_balance($account));
}
elseif($q=="getTransactions"){
/**
* @api {get} /api.php?q=getTransactions 06. getTransactions
* @apiName getTransactions
* @apiGroup API
* @apiDescription Returns the latest transactions of an account.
*
* @apiParam {string} [public_key] Public key
* @apiParam {string} [account] Account id / address
* @apiParam {numeric} [limit] Number of confirmed transactions, max 1000, min 1
*
* @apiSuccess {string} block Block ID
* @apiSuccess {numeric} confirmation Number of confirmations
* @apiSuccess {numeric} date Transaction's date in UNIX TIMESTAMP format
* @apiSuccess {string} dst Transaction destination
* @apiSuccess {numeric} fee The transaction's fee
* @apiSuccess {numeric} height Block height
* @apiSuccess {string} id Transaction ID/HASH
* @apiSuccess {string} message Transaction's message
* @apiSuccess {string} signature Transaction's signature
* @apiSuccess {string} public_key Account's public_key
* @apiSuccess {string} src Sender's address
* @apiSuccess {string} type "debit", "credit" or "mempool"
* @apiSuccess {numeric} val Transaction value
* @apiSuccess {numeric} version Transaction version
*/
} elseif ($q == "getTransactions") {
/**
* @api {get} /api.php?q=getTransactions 06. getTransactions
* @apiName getTransactions
* @apiGroup API
* @apiDescription Returns the latest transactions of an account.
*
* @apiParam {string} [public_key] Public key
* @apiParam {string} [account] Account id / address
* @apiParam {numeric} [limit] Number of confirmed transactions, max 1000, min 1
*
* @apiSuccess {string} block Block ID
* @apiSuccess {numeric} confirmation Number of confirmations
* @apiSuccess {numeric} date Transaction's date in UNIX TIMESTAMP format
* @apiSuccess {string} dst Transaction destination
* @apiSuccess {numeric} fee The transaction's fee
* @apiSuccess {numeric} height Block height
* @apiSuccess {string} id Transaction ID/HASH
* @apiSuccess {string} message Transaction's message
* @apiSuccess {string} signature Transaction's signature
* @apiSuccess {string} public_key Account's public_key
* @apiSuccess {string} src Sender's address
* @apiSuccess {string} type "debit", "credit" or "mempool"
* @apiSuccess {numeric} val Transaction value
* @apiSuccess {numeric} version Transaction version
*/
$account=san($data['account']);
if(!empty($public_key)&&strlen($public_key)<32) api_err("Invalid public key");
if(!empty($public_key)) $account=$acc->get_address($public_key);
if(empty($account)) api_err("Invalid account id");
$account = san($data['account']);
if (!empty($public_key) && strlen($public_key) < 32) {
api_err("Invalid public key");
}
if (!empty($public_key)) {
$account = $acc->get_address($public_key);
}
if (empty($account)) {
api_err("Invalid account id");
}
$limit=intval($data['limit']);
$transactions=$acc->get_mempool_transactions($account);
$transactions=array_merge($transactions, $acc->get_transactions($account,$limit));
$limit = intval($data['limit']);
$transactions = $acc->get_mempool_transactions($account);
$transactions = array_merge($transactions, $acc->get_transactions($account, $limit));
api_echo($transactions);
} elseif ($q == "getTransaction") {
/**
* @api {get} /api.php?q=getTransaction 07. getTransaction
* @apiName getTransaction
* @apiGroup API
* @apiDescription Returns one transaction.
*
* @apiParam {string} transaction Transaction ID
*
* @apiSuccess {string} block Block ID
* @apiSuccess {numeric} confirmation Number of confirmations
* @apiSuccess {numeric} date Transaction's date in UNIX TIMESTAMP format
* @apiSuccess {string} dst Transaction destination
* @apiSuccess {numeric} fee The transaction's fee
* @apiSuccess {numeric} height Block height
* @apiSuccess {string} id Transaction ID/HASH
* @apiSuccess {string} message Transaction's message
* @apiSuccess {string} signature Transaction's signature
* @apiSuccess {string} public_key Account's public_key
* @apiSuccess {string} src Sender's address
* @apiSuccess {string} type "debit", "credit" or "mempool"
* @apiSuccess {numeric} val Transaction value
* @apiSuccess {numeric} version Transaction version
*/
} elseif($q=="getTransaction"){
/**
* @api {get} /api.php?q=getTransaction 07. getTransaction
* @apiName getTransaction
* @apiGroup API
* @apiDescription Returns one transaction.
*
* @apiParam {string} transaction Transaction ID
*
* @apiSuccess {string} block Block ID
* @apiSuccess {numeric} confirmation Number of confirmations
* @apiSuccess {numeric} date Transaction's date in UNIX TIMESTAMP format
* @apiSuccess {string} dst Transaction destination
* @apiSuccess {numeric} fee The transaction's fee
* @apiSuccess {numeric} height Block height
* @apiSuccess {string} id Transaction ID/HASH
* @apiSuccess {string} message Transaction's message
* @apiSuccess {string} signature Transaction's signature
* @apiSuccess {string} public_key Account's public_key
* @apiSuccess {string} src Sender's address
* @apiSuccess {string} type "debit", "credit" or "mempool"
* @apiSuccess {numeric} val Transaction value
* @apiSuccess {numeric} version Transaction version
*/
$id=san($data['transaction']);
$res=$trx->get_transaction($id);
if($res===false) {
$res=$trx->get_mempool_transaction($id);
if($res===false) api_err("invalid transaction");
$id = san($data['transaction']);
$res = $trx->get_transaction($id);
if ($res === false) {
$res = $trx->get_mempool_transaction($id);
if ($res === false) {
api_err("invalid transaction");
}
}
api_Echo($res);
} elseif($q=="getPublicKey"){
/**
* @api {get} /api.php?q=getPublicKey 08. getPublicKey
* @apiName getPublicKey
* @apiGroup API
* @apiDescription Returns the public key of a specific account.
*
* @apiParam {string} account Account id / address
*
* @apiSuccess {string} data The public key
*/
} elseif ($q == "getPublicKey") {
/**
* @api {get} /api.php?q=getPublicKey 08. getPublicKey
* @apiName getPublicKey
* @apiGroup API
* @apiDescription Returns the public key of a specific account.
*
* @apiParam {string} account Account id / address
*
* @apiSuccess {string} data The public key
*/
$account=san($data['account']);
if(empty($account)) api_err("Invalid account id");
$public_key=$acc->public_key($account);
if($public_key===false) api_err("No public key found for this account");
else api_echo($public_key);
$account = san($data['account']);
if (empty($account)) {
api_err("Invalid account id");
}
$public_key = $acc->public_key($account);
if ($public_key === false) {
api_err("No public key found for this account");
} else {
api_echo($public_key);
}
} elseif ($q == "generateAccount") {
/**
* @api {get} /api.php?q=generateAccount 09. generateAccount
* @apiName generateAccount
* @apiGroup API
* @apiDescription Generates a new account. This function should only be used when the node is on the same host or over a really secure network.
*
* @apiSuccess {string} address Account address
* @apiSuccess {string} public_key Public key
* @apiSuccess {string} private_key Private key
*/
$acc = new Account();
$res = $acc->generate_account();
api_echo($res);
} elseif ($q == "currentBlock") {
/**
* @api {get} /api.php?q=currentBlock 10. currentBlock
* @apiName currentBlock
* @apiGroup API
* @apiDescription Returns the current block.
*
* @apiSuccess {string} id Blocks id
* @apiSuccess {string} generator Block Generator
* @apiSuccess {numeric} height Height
* @apiSuccess {numeric} date Block's date in UNIX TIMESTAMP format
* @apiSuccess {string} nonce Mining nonce
* @apiSuccess {string} signature Signature signed by the generator
* @apiSuccess {numeric} difficulty The base target / difficulty
* @apiSuccess {string} argon Mining argon hash
*/
$current = $block->current();
api_echo($current);
} elseif ($q == "getBlock") {
/**
* @api {get} /api.php?q=getBlock 11. getBlock
* @apiName getBlock
* @apiGroup API
* @apiDescription Returns the block.
*
* @apiParam {numeric} height Block Height
*
* @apiSuccess {string} id Block id
* @apiSuccess {string} generator Block Generator
* @apiSuccess {numeric} height Height
* @apiSuccess {numeric} date Block's date in UNIX TIMESTAMP format
* @apiSuccess {string} nonce Mining nonce
* @apiSuccess {string} signature Signature signed by the generator
* @apiSuccess {numeric} difficulty The base target / difficulty
* @apiSuccess {string} argon Mining argon hash
*/
$height = san($data['height']);
$ret = $block->get($height);
if ($ret == false) {
api_err("Invalid block");
} else {
api_echo($ret);
}
} elseif ($q == "getBlockTransactions") {
/**
* @api {get} /api.php?q=getBlockTransactions 12. getBlockTransactions
* @apiName getBlockTransactions
* @apiGroup API
* @apiDescription Returns the transactions of a specific block.
*
* @apiParam {numeric} [height] Block Height
* @apiParam {string} [block] Block id
*
* @apiSuccess {string} block Block ID
* @apiSuccess {numeric} confirmations Number of confirmations
* @apiSuccess {numeric} date Transaction's date in UNIX TIMESTAMP format
* @apiSuccess {string} dst Transaction destination
* @apiSuccess {numeric} fee The transaction's fee
* @apiSuccess {numeric} height Block height
* @apiSuccess {string} id Transaction ID/HASH
* @apiSuccess {string} message Transaction's message
* @apiSuccess {string} signature Transaction's signature
* @apiSuccess {string} public_key Account's public_key
* @apiSuccess {string} src Sender's address
* @apiSuccess {string} type "debit", "credit" or "mempool"
* @apiSuccess {numeric} val Transaction value
* @apiSuccess {numeric} version Transaction version
*/
$height = san($data['height']);
$block = san($data['block']);
$ret = $trx->get_transactions($height, $block);
if ($ret === false) {
api_err("Invalid block");
} else {
api_echo($ret);
}
} elseif ($q == "version") {
/**
* @api {get} /api.php?q=version 13. version
* @apiName version
* @apiGroup API
* @apiDescription Returns the node's version.
*
*
* @apiSuccess {string} data Version
*/
api_echo(VERSION);
} elseif ($q == "send") {
/**
* @api {get} /api.php?q=send 14. send
* @apiName send
* @apiGroup API
* @apiDescription Sends a transaction.
*
* @apiParam {numeric} val Transaction value (without fees)
* @apiParam {string} dst Destination address
* @apiParam {string} public_key Sender's public key
* @apiParam {string} [signature] Transaction signature. It's recommended that the transaction is signed before being sent to the node to avoid sending your private key to the node.
* @apiParam {string} [private_key] Sender's private key. Only to be used when the transaction is not signed locally.
* @apiParam {numeric} [date] Transaction's date in UNIX TIMESTAMP format. Requried when the transaction is pre-signed.
* @apiParam {string} [message] A message to be included with the transaction. Maximum 128 chars.
* @apiParam {numeric} [version] The version of the transaction. 1 to send coins.
*
* @apiSuccess {string} data Transaction id
*/
$current = $block->current();
if ($current['height'] > 10790 && $current['height'] < 10810) {
api_err("Hard fork in progress. Please retry the transaction later!"); //10800
}
$acc = new Account();
$block = new Block();
$trx = new Transaction();
$dst = san($data['dst']);
if (!$acc->valid($dst)) {
api_err("Invalid destination address");
}
$dst_b = base58_decode($dst);
if (strlen($dst_b) != 64) {
api_err("Invalid destination address");
}
} elseif($q=="generateAccount"){
/**
* @api {get} /api.php?q=generateAccount 09. generateAccount
* @apiName generateAccount
* @apiGroup API
* @apiDescription Generates a new account. This function should only be used when the node is on the same host or over a really secure network.
*
* @apiSuccess {string} address Account address
* @apiSuccess {string} public_key Public key
* @apiSuccess {string} private_key Private key
*/
$public_key = san($data['public_key']);
if (!$acc->valid_key($public_key)) {
api_err("Invalid public key");
}
$private_key = san($data['private_key']);
if (!$acc->valid_key($private_key)) {
api_err("Invalid private key");
}
$signature = san($data['signature']);
if (!$acc->valid_key($signature)) {
api_err("Invalid signature");
}
$date = $data['date'] + 0;
$acc=new Account;
$res=$acc->generate_account();
api_echo($res);
} elseif($q=="currentBlock"){
/**
* @api {get} /api.php?q=currentBlock 10. currentBlock
* @apiName currentBlock
* @apiGroup API
* @apiDescription Returns the current block.
*
* @apiSuccess {string} id Blocks id
* @apiSuccess {string} generator Block Generator
* @apiSuccess {numeric} height Height
* @apiSuccess {numeric} date Block's date in UNIX TIMESTAMP format
* @apiSuccess {string} nonce Mining nonce
* @apiSuccess {string} signature Signature signed by the generator
* @apiSuccess {numeric} difficulty The base target / difficulty
* @apiSuccess {string} argon Mining argon hash
if ($date == 0) {
$date = time();
}
if ($date < time() - (3600 * 24 * 48)) {
api_err("The date is too old");
}
if ($date > time() + 86400) {
api_err("Invalid Date");
}
$version = intval($data['version']);
$message = $data['message'];
if (strlen($message) > 128) {
api_err("The message must be less than 128 chars");
}
$val = $data['val'] + 0;
$fee = $val * 0.0025;
if ($fee < 0.00000001) {
$fee = 0.00000001;
}
*/
if ($fee > 10 && $current['height'] > 10800) {
$fee = 10; //10800
}
if ($val < 0.00000001) {
api_err("Invalid value");
}
$current=$block->current();
api_echo($current);
if ($version < 1) {
$version = 1;
}
} elseif($q=="getBlock"){
/**
* @api {get} /api.php?q=getBlock 11. getBlock
* @apiName getBlock
* @apiGroup API
* @apiDescription Returns the block.
*
* @apiParam {numeric} height Block Height
*
* @apiSuccess {string} id Block id
* @apiSuccess {string} generator Block Generator
* @apiSuccess {numeric} height Height
* @apiSuccess {numeric} date Block's date in UNIX TIMESTAMP format
* @apiSuccess {string} nonce Mining nonce
* @apiSuccess {string} signature Signature signed by the generator
* @apiSuccess {numeric} difficulty The base target / difficulty
* @apiSuccess {string} argon Mining argon hash
*/
$height=san($data['height']);
$ret=$block->get($height);
if($ret==false) api_err("Invalid block");
else api_echo($ret);
} elseif($q=="getBlockTransactions"){
/**
* @api {get} /api.php?q=getBlockTransactions 12. getBlockTransactions
* @apiName getBlockTransactions
* @apiGroup API
* @apiDescription Returns the transactions of a specific block.
*
* @apiParam {numeric} [height] Block Height
* @apiParam {string} [block] Block id
*
* @apiSuccess {string} block Block ID
* @apiSuccess {numeric} confirmations Number of confirmations
* @apiSuccess {numeric} date Transaction's date in UNIX TIMESTAMP format
* @apiSuccess {string} dst Transaction destination
* @apiSuccess {numeric} fee The transaction's fee
* @apiSuccess {numeric} height Block height
* @apiSuccess {string} id Transaction ID/HASH
* @apiSuccess {string} message Transaction's message
* @apiSuccess {string} signature Transaction's signature
* @apiSuccess {string} public_key Account's public_key
* @apiSuccess {string} src Sender's address
* @apiSuccess {string} type "debit", "credit" or "mempool"
* @apiSuccess {numeric} val Transaction value
* @apiSuccess {numeric} version Transaction version
*/
$height=san($data['height']);
$block=san($data['block']);
$ret=$trx->get_transactions($height, $block);
if($ret===false) api_err("Invalid block");
else api_echo($ret);
} elseif($q=="version"){
/**
* @api {get} /api.php?q=version 13. version
* @apiName version
* @apiGroup API
* @apiDescription Returns the node's version.
*
*
* @apiSuccess {string} data Version
*/
api_echo(VERSION);
} elseif($q=="send"){
/**
* @api {get} /api.php?q=send 14. send
* @apiName send
* @apiGroup API
* @apiDescription Sends a transaction.
*
* @apiParam {numeric} val Transaction value (without fees)
* @apiParam {string} dst Destination address
* @apiParam {string} public_key Sender's public key
* @apiParam {string} [signature] Transaction signature. It's recommended that the transaction is signed before being sent to the node to avoid sending your private key to the node.
* @apiParam {string} [private_key] Sender's private key. Only to be used when the transaction is not signed locally.
* @apiParam {numeric} [date] Transaction's date in UNIX TIMESTAMP format. Requried when the transaction is pre-signed.
* @apiParam {string} [message] A message to be included with the transaction. Maximum 128 chars.
* @apiParam {numeric} [version] The version of the transaction. 1 to send coins.
*
* @apiSuccess {string} data Transaction id
*/
$current=$block->current();
if($current['height']>10790&&$current['height']<10810) api_err("Hard fork in progress. Please retry the transaction later!"); //10800
$acc = new Account;
$block = new Block;
$trx = new Transaction;
$dst=san($data['dst']);
if(!$acc->valid($dst)) api_err("Invalid destination address");
$dst_b=base58_decode($dst);
if(strlen($dst_b)!=64) api_err("Invalid destination address");
$val = number_format($val, 8, '.', '');
$fee = number_format($fee, 8, '.', '');
$public_key=san($data['public_key']);
if(!$acc->valid_key($public_key)) api_err("Invalid public key");
$private_key=san($data['private_key']);
if(!$acc->valid_key($private_key)) api_err("Invalid private key");
$signature=san($data['signature']);
if(!$acc->valid_key($signature)) api_err("Invalid signature");
$date=$data['date']+0;
if($date==0) $date=time();
if($date<time()-(3600*24*48)) api_err("The date is too old");
if($date>time()+86400) api_err("Invalid Date");
$version=intval($data['version']);
$message=$data['message'];
if(strlen($message)>128) api_err("The message must be less than 128 chars");
$val=$data['val']+0;
$fee=$val*0.0025;
if($fee<0.00000001) $fee=0.00000001;
if (empty($public_key) && empty($private_key)) {
api_err("Either the private key or the public key must be sent");
}
if($fee>10&&$current['height']>10800) $fee=10; //10800
if($val<0.00000001) api_err("Invalid value");
if($version<1) $version=1;
$val=number_format($val,8,'.','');
$fee=number_format($fee,8,'.','');
if(empty($public_key)&&empty($private_key)) api_err("Either the private key or the public key must be sent");
if(empty($private_key)&&empty($signature)) api_err("Either the private_key or the signature must be sent");
if(empty($public_key))
{
$pk=coin2pem($private_key,true);
$pkey=openssl_pkey_get_private($pk);
if (empty($private_key) && empty($signature)) {
api_err("Either the private_key or the signature must be sent");
}
if (empty($public_key)) {
$pk = coin2pem($private_key, true);
$pkey = openssl_pkey_get_private($pk);
$pub = openssl_pkey_get_details($pkey);
$public_key= pem2coin($pub['key']);
$public_key = pem2coin($pub['key']);
}
$transaction=array("val"=>$val, "fee"=>$fee, "dst"=>$dst, "public_key"=>$public_key,"date"=>$date, "version"=>$version,"message"=>$message, "signature"=>$signature);
if(!empty($private_key)){
$signature=$trx->sign($transaction, $private_key);
$transaction['signature']=$signature;
$transaction = [
"val" => $val,
"fee" => $fee,
"dst" => $dst,
"public_key" => $public_key,
"date" => $date,
"version" => $version,
"message" => $message,
"signature" => $signature,
];
if (!empty($private_key)) {
$signature = $trx->sign($transaction, $private_key);
$transaction['signature'] = $signature;
}
$hash=$trx->hash($transaction);
$transaction['id']=$hash;
$hash = $trx->hash($transaction);
$transaction['id'] = $hash;
if(!$trx->check($transaction)) api_err("Transaction signature failed");
if (!$trx->check($transaction)) {
api_err("Transaction signature failed");
}
$res = $db->single("SELECT COUNT(1) FROM mempool WHERE id=:id", [":id" => $hash]);
if ($res != 0) {
api_err("The transaction is already in mempool");
}
$res = $db->single("SELECT COUNT(1) FROM transactions WHERE id=:id", [":id" => $hash]);
if ($res != 0) {
api_err("The transaction is already in a block");
}
$res=$db->single("SELECT COUNT(1) FROM mempool WHERE id=:id",array(":id"=>$hash));
if($res!=0) api_err("The transaction is already in mempool");
$res=$db->single("SELECT COUNT(1) FROM transactions WHERE id=:id",array(":id"=>$hash));
if($res!=0) api_err("The transaction is already in a block");
$src = $acc->get_address($public_key);
$transaction['src'] = $src;
$balance = $db->single("SELECT balance FROM accounts WHERE id=:id", [":id" => $src]);
if ($balance < $val + $fee) {
api_err("Not enough funds");
}
$src=$acc->get_address($public_key);
$transaction['src']=$src;
$balance=$db->single("SELECT balance FROM accounts WHERE id=:id",array(":id"=>$src));
if($balance<$val+$fee) api_err("Not enough funds");
$memspent=$db->single("SELECT SUM(val+fee) FROM mempool WHERE src=:src",array(":src"=>$src));
if($balance-$memspent<$val+$fee) api_err("Not enough funds (mempool)");
$memspent = $db->single("SELECT SUM(val+fee) FROM mempool WHERE src=:src", [":src" => $src]);
if ($balance - $memspent < $val + $fee) {
api_err("Not enough funds (mempool)");
}
$trx->add_mempool($transaction, "local");
system("php propagate.php transaction $hash > /dev/null 2>&1 &");
api_echo($hash);
} elseif($q=="mempoolSize"){
/**
* @api {get} /api.php?q=mempoolSize 15. mempoolSize
* @apiName mempoolSize
* @apiGroup API
* @apiDescription Returns the number of transactions in mempool.
*
* @apiSuccess {numeric} data Number of mempool transactions
*/
} elseif ($q == "mempoolSize") {
/**
* @api {get} /api.php?q=mempoolSize 15. mempoolSize
* @apiName mempoolSize
* @apiGroup API
* @apiDescription Returns the number of transactions in mempool.
*
* @apiSuccess {numeric} data Number of mempool transactions
*/
$res=$db->single("SELECT COUNT(1) FROM mempool");
$res = $db->single("SELECT COUNT(1) FROM mempool");
api_echo($res);
} elseif ($q == 'randomNumber') {
/**
* @api {get} /api.php?q=randomNumber 16. randomNumber
* @apiName randomNumber
* @apiGroup API
* @apiDescription Returns a random number based on an ARO block id.
*
* @apiParam {numeric} height The height of the block on which the random number will be based on (should be a future block when starting)
* @apiParam {numeric} min Minimum number (default 1)
* @apiParam {numeric} max Maximum number
* @apiParam {string} seed A seed to generate different numbers for each use cases.
* @apiSuccess {numeric} data The random number
*/
} elseif($q=='randomNumber'){
/**
* @api {get} /api.php?q=randomNumber 16. randomNumber
* @apiName randomNumber
* @apiGroup API
* @apiDescription Returns a random number based on an ARO block id.
*
* @apiParam {numeric} height The height of the block on which the random number will be based on (should be a future block when starting)
* @apiParam {numeric} min Minimum number (default 1)
* @apiParam {numeric} max Maximum number
* @apiParam {string} seed A seed to generate different numbers for each use cases.
* @apiSuccess {numeric} data The random number
*/
$height = san($_GET['height']);
$max = intval($_GET['max']);
if (empty($_GET['min'])) {
$min = 1;
} else {
$min = intval($_GET['min']);
}
$height=san($_GET['height']);
$max=intval($_GET['max']);
if(empty($_GET['min'])) $min=1;
else $min=intval($_GET['min']);
$blk = $db->single("SELECT id FROM blocks WHERE height=:h", [":h" => $height]);
if ($blk === false) {
api_err("Unknown block. Future?");
}
$base = hash("sha256", $blk.$_GET['seed']);
$blk=$db->single("SELECT id FROM blocks WHERE height=:h",array(":h"=>$height));
if($blk===false) api_err("Unknown block. Future?");
$base=hash("sha256",$blk.$_GET['seed']);
$seed1=hexdec(substr($base,0,12));
$seed1 = hexdec(substr($base, 0, 12));
// generate random numbers based on the seed
mt_srand($seed1,MT_RAND_MT19937 );
$res=mt_rand($min, $max);
mt_srand($seed1, MT_RAND_MT19937);
$res = mt_rand($min, $max);
api_echo($res);
} else {
api_err("Invalid request");
}
?>
api_err("Invalid request");
}

19
composer.json Normal file
View File

@@ -0,0 +1,19 @@
{
"name": "arionum/node",
"description": "The Arionum (ARO) cryptocurrency node.",
"license": "MIT",
"require": {
"php": "^7.2",
"ext-bcmath": "*",
"ext-gmp": "*",
"ext-openssl": "*",
"ext-pdo": "*"
},
"require-dev": {
"squizlabs/php_codesniffer": "^3.2"
},
"scripts": {
"check-style": "phpcs -p -l --standard=PSR2 --runtime-set ignore_errors_on_exit 1 --runtime-set ignore_warnings_on_exit 1 . include",
"fix-style": "phpcbf -p -l --standard=PSR2 --runtime-set ignore_errors_on_exit 1 --runtime-set ignore_warnings_on_exit 1 . include"
}
}

View File

@@ -1,162 +1,237 @@
<?php
class Account {
class Account
{
// inserts the account in the DB and updates the public key if empty
public function add($public_key, $block)
{
global $db;
$id = $this->get_address($public_key);
$bind = [":id" => $id, ":public_key" => $public_key, ":block" => $block, ":public_key2" => $public_key];
$db->run(
"INSERT INTO accounts SET id=:id, public_key=:public_key, block=:block, balance=0 ON DUPLICATE KEY UPDATE public_key=if(public_key='',:public_key2,public_key)",
$bind
);
}
// inserts the account in the DB and updates the public key if empty
public function add($public_key, $block){
global $db;
$id=$this->get_address($public_key);
$bind=array(":id"=>$id, ":public_key"=>$public_key, ":block"=>$block,":public_key2"=>$public_key );
// inserts just the account without public key
public function add_id($id, $block)
{
global $db;
$bind = [":id" => $id, ":block" => $block];
$db->run("INSERT ignore INTO accounts SET id=:id, public_key='', block=:block, balance=0", $bind);
}
$db->run("INSERT INTO accounts SET id=:id, public_key=:public_key, block=:block, balance=0 ON DUPLICATE KEY UPDATE public_key=if(public_key='',:public_key2,public_key)",$bind);
}
// inserts just the account without public key
public function add_id($id, $block){
global $db;
$bind=array(":id"=>$id, ":block"=>$block);
$db->run("INSERT ignore INTO accounts SET id=:id, public_key='', block=:block, balance=0",$bind);
}
// generates Account's address from the public key
public function get_address($hash){
// generates Account's address from the public key
public function get_address($hash)
{
//broken base58 addresses, which are block winners, missing the first 0 bytes from the address.
if ($hash == 'PZ8Tyr4Nx8MHsRAGMpZmZ6TWY63dXWSCwCpspGFGQSaF9yVGLamBgymdf8M7FafghmP3oPzQb3W4PZsZApVa41uQrrHRVBH5p9bdoz7c6XeRQHK2TkzWR45e') {
return '22SoB29oyq2JhMxtBbesL7JioEYytyC6VeFmzvBH6fRQrueSvyZfEXR5oR7ajSQ9mLERn6JKU85EAbVDNChke32';
} elseif ($hash == 'PZ8Tyr4Nx8MHsRAGMpZmZ6TWY63dXWSCzbRyyz5oDNDKhk5jyjg4caRjkbqegMZMrUkuBjVMuYcVfPyc3aKuLmPHS4QEDjCrNGks7Z5oPxwv4yXSv7WJnkbL') {
return 'AoFnv3SLujrJSa2J7FDTADGD7Eb9kv3KtNAp7YVYQEUPcLE6cC6nLvvhVqcVnRLYF5BFF38C1DyunUtmfJBhyU';
} elseif ($hash == 'PZ8Tyr4Nx8MHsRAGMpZmZ6TWY63dXWSCyradtFFJoaYB4QdcXyBGSXjiASMMnofsT4f5ZNaxTnNDJt91ubemn3LzgKrfQh8CBpqaphkVNoRLub2ctdMnrzG1') {
return 'RncXQuc7S7aWkvTUJSHEFvYoV3ntAf7bfxEHjSiZNBvQV37MzZtg44L7GAV7szZ3uV8qWqikBewa3piZMqzBqm';
} elseif ($hash == 'PZ8Tyr4Nx8MHsRAGMpZmZ6TWY63dXWSCyjKMBY4ihhJ2G25EVezg7KnoCBVbhdvWfqzNA4LC5R7wgu3VNfJgvqkCq9sKKZcCoCpX6Qr9cN882MoXsfGTvZoj') {
return 'Rq53oLzpCrb4BdJZ1jqQ2zsixV2ukxVdM4H9uvUhCGJCz1q2wagvuXV4hC6UVwK7HqAt1FenukzhVXgzyG1y32';
}
//broken base58 addresses, which are block winners, missing the first 0 bytes from the address.
if($hash=='PZ8Tyr4Nx8MHsRAGMpZmZ6TWY63dXWSCwCpspGFGQSaF9yVGLamBgymdf8M7FafghmP3oPzQb3W4PZsZApVa41uQrrHRVBH5p9bdoz7c6XeRQHK2TkzWR45e') return '22SoB29oyq2JhMxtBbesL7JioEYytyC6VeFmzvBH6fRQrueSvyZfEXR5oR7ajSQ9mLERn6JKU85EAbVDNChke32';
elseif($hash=='PZ8Tyr4Nx8MHsRAGMpZmZ6TWY63dXWSCzbRyyz5oDNDKhk5jyjg4caRjkbqegMZMrUkuBjVMuYcVfPyc3aKuLmPHS4QEDjCrNGks7Z5oPxwv4yXSv7WJnkbL') return 'AoFnv3SLujrJSa2J7FDTADGD7Eb9kv3KtNAp7YVYQEUPcLE6cC6nLvvhVqcVnRLYF5BFF38C1DyunUtmfJBhyU';
elseif($hash=='PZ8Tyr4Nx8MHsRAGMpZmZ6TWY63dXWSCyradtFFJoaYB4QdcXyBGSXjiASMMnofsT4f5ZNaxTnNDJt91ubemn3LzgKrfQh8CBpqaphkVNoRLub2ctdMnrzG1') return 'RncXQuc7S7aWkvTUJSHEFvYoV3ntAf7bfxEHjSiZNBvQV37MzZtg44L7GAV7szZ3uV8qWqikBewa3piZMqzBqm';
elseif($hash=='PZ8Tyr4Nx8MHsRAGMpZmZ6TWY63dXWSCyjKMBY4ihhJ2G25EVezg7KnoCBVbhdvWfqzNA4LC5R7wgu3VNfJgvqkCq9sKKZcCoCpX6Qr9cN882MoXsfGTvZoj') return 'Rq53oLzpCrb4BdJZ1jqQ2zsixV2ukxVdM4H9uvUhCGJCz1q2wagvuXV4hC6UVwK7HqAt1FenukzhVXgzyG1y32';
// hashes 9 times in sha512 (binary) and encodes in base58
for ($i = 0; $i < 9;
$i++) {
$hash = hash('sha512', $hash, true);
}
return base58_encode($hash);
}
// checks the ecdsa secp256k1 signature for a specific public key
public function check_signature($data, $signature, $public_key)
{
return ec_verify($data, $signature, $public_key);
}
// hashes 9 times in sha512 (binary) and encodes in base58
for($i=0;$i<9;$i++) $hash=hash('sha512',$hash, true);
return base58_encode($hash);
// generates a new account and a public/private key pair
public function generate_account()
{
// using secp256k1 curve for ECDSA
$args = [
"curve_name" => "secp256k1",
"private_key_type" => OPENSSL_KEYTYPE_EC,
];
// generates a new key pair
$key1 = openssl_pkey_new($args);
}
// checks the ecdsa secp256k1 signature for a specific public key
public function check_signature($data, $signature, $public_key){
// exports the private key encoded as PEM
openssl_pkey_export($key1, $pvkey);
return ec_verify($data ,$signature, $public_key);
}
// converts the PEM to a base58 format
$private_key = pem2coin($pvkey);
// generates a new account and a public/private key pair
public function generate_account(){
// using secp256k1 curve for ECDSA
$args = array(
"curve_name" => "secp256k1",
"private_key_type" => OPENSSL_KEYTYPE_EC,
);
// exports the private key encoded as PEM
$pub = openssl_pkey_get_details($key1);
// generates a new key pair
$key1 = openssl_pkey_new($args);
// converts the PEM to a base58 format
$public_key = pem2coin($pub['key']);
// exports the private key encoded as PEM
openssl_pkey_export($key1, $pvkey);
// generates the account's address based on the public key
$address = $this->get_address($public_key);
return ["address" => $address, "public_key" => $public_key, "private_key" => $private_key];
}
// converts the PEM to a base58 format
$private_key= pem2coin($pvkey);
// check the validity of a base58 encoded key. At the moment, it checks only the characters to be base58.
public function valid_key($id)
{
$chars = str_split("123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz");
for ($i = 0; $i < strlen($id);
$i++) {
if (!in_array($id[$i], $chars)) {
return false;
}
}
// exports the private key encoded as PEM
$pub = openssl_pkey_get_details($key1);
return true;
}
// converts the PEM to a base58 format
$public_key= pem2coin($pub['key']);
// check the validity of an address. At the moment, it checks only the characters to be base58 and the length to be >=70 and <=128.
public function valid($id)
{
if (strlen($id) < 70 || strlen($id) > 128) {
return false;
}
$chars = str_split("123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz");
for ($i = 0; $i < strlen($id);
$i++) {
if (!in_array($id[$i], $chars)) {
return false;
}
}
// generates the account's address based on the public key
$address=$this->get_address($public_key);
return array("address"=>$address, "public_key"=>$public_key,"private_key"=>$private_key);
return true;
}
// returns the current account balance
public function balance($id)
{
global $db;
$res = $db->single("SELECT balance FROM accounts WHERE id=:id", [":id" => $id]);
if ($res === false) {
$res = "0.00000000";
}
}
// check the validity of a base58 encoded key. At the moment, it checks only the characters to be base58.
public function valid_key($id){
$chars = str_split("123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz");
for($i=0;$i<strlen($id);$i++) if(!in_array($id[$i],$chars)) return false;
return number_format($res, 8, ".", "");
}
return true;
// returns the account balance - any pending debits from the mempool
public function pending_balance($id)
{
global $db;
$res = $db->single("SELECT balance FROM accounts WHERE id=:id", [":id" => $id]);
if ($res === false) {
$res = "0.00000000";
}
}
// check the validity of an address. At the moment, it checks only the characters to be base58 and the length to be >=70 and <=128.
public function valid($id){
if(strlen($id)<70||strlen($id)>128) return false;
$chars = str_split("123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz");
for($i=0;$i<strlen($id);$i++) if(!in_array($id[$i],$chars)) return false;
// if the original balance is 0, no mempool transactions are possible
if ($res == "0.00000000") {
return $res;
}
$mem = $db->single("SELECT SUM(val+fee) FROM mempool WHERE src=:id", [":id" => $id]);
$rez = $res - $mem;
return number_format($rez, 8, ".", "");
}
return true;
// returns all the transactions of a specific address
public function get_transactions($id, $limit = 100)
{
global $db;
$block = new Block();
$current = $block->current();
$public_key = $this->public_key($id);
$limit = intval($limit);
if ($limit > 100 || $limit < 1) {
$limit = 100;
}
$res = $db->run(
"SELECT * FROM transactions WHERE dst=:dst or public_key=:src ORDER by height DESC LIMIT :limit",
[":src" => $public_key, ":dst" => $id, ":limit" => $limit]
);
}
// returns the current account balance
public function balance($id){
global $db;
$res=$db->single("SELECT balance FROM accounts WHERE id=:id",array(":id"=>$id));
if($res===false) $res="0.00000000";
return number_format($res,8,".","");
}
// returns the account balance - any pending debits from the mempool
public function pending_balance($id){
global $db;
$res=$db->single("SELECT balance FROM accounts WHERE id=:id",array(":id"=>$id));
if($res===false) $res="0.00000000";
$transactions = [];
foreach ($res as $x) {
$trans = [
"block" => $x['block'],
"height" => $x['height'],
"id" => $x['id'],
"dst" => $x['dst'],
"val" => $x['val'],
"fee" => $x['fee'],
"signature" => $x['signature'],
"message" => $x['message'],
"version" => $x['version'],
"date" => $x['date'],
"public_key" => $x['public_key'],
];
$trans['src'] = $this->get_address($x['public_key']);
$trans['confirmations'] = $current['height'] - $x['height'];
// if the original balance is 0, no mempool transactions are possible
if($res=="0.00000000") return $res;
$mem=$db->single("SELECT SUM(val+fee) FROM mempool WHERE src=:id",array(":id"=>$id));
$rez=$res-$mem;
return number_format($rez,8,".","");
// version 0 -> reward transaction, version 1 -> normal transaction
if ($x['version'] == 0) {
$trans['type'] = "mining";
} elseif ($x['version'] == 1) {
if ($x['dst'] == $id) {
$trans['type'] = "credit";
} else {
$trans['type'] = "debit";
}
} else {
$trans['type'] = "other";
}
ksort($trans);
$transactions[] = $trans;
}
}
// returns all the transactions of a specific address
public function get_transactions($id,$limit=100){
global $db;
$block=new Block;
$current=$block->current();
$public_key=$this->public_key($id);
$limit=intval($limit);
if($limit>100||$limit<1) $limit=100;
$res=$db->run("SELECT * FROM transactions WHERE dst=:dst or public_key=:src ORDER by height DESC LIMIT :limit",array(":src"=>$public_key, ":dst"=>$id, ":limit"=>$limit));
return $transactions;
}
$transactions=array();
foreach($res as $x){
$trans=array("block"=>$x['block'],"height"=>$x['height'], "id"=>$x['id'],"dst"=>$x['dst'],"val"=>$x['val'],"fee"=>$x['fee'],"signature"=>$x['signature'], "message"=>$x['message'],"version"=>$x['version'],"date"=>$x['date'], "public_key"=>$x['public_key']);
$trans['src']=$this->get_address($x['public_key']);
$trans['confirmations']=$current['height']-$x['height'];
// returns the transactions from the mempool
public function get_mempool_transactions($id)
{
global $db;
$transactions = [];
$res = $db->run(
"SELECT * FROM mempool WHERE src=:src ORDER by height DESC LIMIT 100",
[":src" => $id, ":dst" => $id]
);
foreach ($res as $x) {
$trans = [
"block" => $x['block'],
"height" => $x['height'],
"id" => $x['id'],
"src" => $x['src'],
"dst" => $x['dst'],
"val" => $x['val'],
"fee" => $x['fee'],
"signature" => $x['signature'],
"message" => $x['message'],
"version" => $x['version'],
"date" => $x['date'],
"public_key" => $x['public_key'],
];
$trans['type'] = "mempool";
// they are unconfirmed, so they will have -1 confirmations.
$trans['confirmations'] = -1;
ksort($trans);
$transactions[] = $trans;
}
return $transactions;
}
// version 0 -> reward transaction, version 1 -> normal transaction
if($x['version']==0) $trans['type']="mining";
elseif($x['version']==1){
if($x['dst']==$id) $trans['type']="credit";
else $trans['type']="debit";
} else {
$trans['type']="other";
}
ksort($trans);
$transactions[]=$trans;
}
return $transactions;
}
// returns the transactions from the mempool
public function get_mempool_transactions($id){
global $db;
$transactions=array();
$res=$db->run("SELECT * FROM mempool WHERE src=:src ORDER by height DESC LIMIT 100",array(":src"=>$id, ":dst"=>$id));
foreach($res as $x){
$trans=array("block"=>$x['block'],"height"=>$x['height'], "id"=>$x['id'],"src"=>$x['src'],"dst"=>$x['dst'],"val"=>$x['val'],"fee"=>$x['fee'],"signature"=>$x['signature'], "message"=>$x['message'],"version"=>$x['version'],"date"=>$x['date'], "public_key"=>$x['public_key']);
$trans['type']="mempool";
// they are unconfirmed, so they will have -1 confirmations.
$trans['confirmations']=-1;
ksort($trans);
$transactions[]=$trans;
}
return $transactions;
}
// returns the public key for a specific account
public function public_key($id){
global $db;
$res=$db->single("SELECT public_key FROM accounts WHERE id=:id",array(":id"=>$id));
return $res;
}
// returns the public key for a specific account
public function public_key($id)
{
global $db;
$res = $db->single("SELECT public_key FROM accounts WHERE id=:id", [":id" => $id]);
return $res;
}
}
?>

File diff suppressed because it is too large Load Diff

View File

@@ -36,5 +36,3 @@ $_config['sanity_rebroadcast_locals']=true;
$_config['enable_logging']=false;
// log file, should not be publicly viewable
$_config['log_file']="/var/log/aro.log";
?>

View File

@@ -1,122 +1,137 @@
<?php
// a simple wrapper for pdo
class db extends PDO {
/**
* Class DB
*
* A simple wrapper for PDO.
*/
class DB extends PDO
{
private $error;
private $sql;
private $bind;
private $debugger = 0;
public $working = "yes";
private $error;
private $sql;
private $bind;
private $debugger=0;
public $working="yes";
public function __construct($dsn, $user = "", $passwd = "", $debug_level = 0)
{
$options = [
PDO::ATTR_PERSISTENT => true,
PDO::ATTR_EMULATE_PREPARES => false,
PDO::ATTR_ERRMODE => PDO::ERRMODE_EXCEPTION,
];
$this->debugger = $debug_level;
try {
parent::__construct($dsn, $user, $passwd, $options);
} catch (PDOException $e) {
$this->error = $e->getMessage();
die("Could not connect to the DB - ".$this->error);
}
}
public function __construct($dsn, $user="", $passwd="",$debug_level=0) {
$options = array(
PDO::ATTR_PERSISTENT => true,
PDO::ATTR_EMULATE_PREPARES => false,
PDO::ATTR_ERRMODE => PDO::ERRMODE_EXCEPTION
);
$this->debugger=$debug_level;
try {
parent::__construct($dsn, $user, $passwd, $options);
} catch (PDOException $e) {
$this->error = $e->getMessage();
die("Could not connect to the DB - ".$this->error);
private function debug()
{
if (!$this->debugger) {
return;
}
$error = ["Error" => $this->error];
if (!empty($this->sql)) {
$error["SQL Statement"] = $this->sql;
}
if (!empty($this->bind)) {
$error["Bind Parameters"] = trim(print_r($this->bind, true));
}
$backtrace = debug_backtrace();
if (!empty($backtrace)) {
foreach ($backtrace as $info) {
if ($info["file"] != __FILE__) {
$error["Backtrace"] = $info["file"]." at line ".$info["line"];
}
}
}
$msg = "";
$msg .= "SQL Error\n".str_repeat("-", 50);
foreach ($error as $key => $val) {
$msg .= "\n\n$key:\n$val";
}
private function debug() {
if(!$this->debugger) return;
$error = array("Error" => $this->error);
if(!empty($this->sql))
$error["SQL Statement"] = $this->sql;
if(!empty($this->bind))
$error["Bind Parameters"] = trim(print_r($this->bind, true));
if ($this->debugger) {
echo nl2br($msg);
}
}
$backtrace = debug_backtrace();
if(!empty($backtrace)) {
foreach($backtrace as $info) {
if($info["file"] != __FILE__)
$error["Backtrace"] = $info["file"] . " at line " . $info["line"];
}
}
$msg = "";
$msg .= "SQL Error\n" . str_repeat("-", 50);
foreach($error as $key => $val)
$msg .= "\n\n$key:\n$val";
if($this->debugger){
echo nl2br($msg);
}
private function cleanup($bind, $sql = "")
{
if (!is_array($bind)) {
if (!empty($bind)) {
$bind = [$bind];
} else {
$bind = [];
}
}
private function cleanup($bind,$sql="") {
if(!is_array($bind)) {
if(!empty($bind))
$bind = array($bind);
else
$bind = array();
}
foreach ($bind as $key => $val) {
if (str_replace($key, "", $sql) == $sql) {
unset($bind[$key]);
}
}
return $bind;
}
foreach($bind as $key=>$val){
if(str_replace($key,"",$sql)==$sql) unset($bind[$key]);
}
return $bind;
public function single($sql, $bind = "")
{
$this->sql = trim($sql);
$this->bind = $this->cleanup($bind, $sql);
$this->error = "";
try {
$pdostmt = $this->prepare($this->sql);
if ($pdostmt->execute($this->bind) !== false) {
return $pdostmt->fetchColumn();
}
} catch (PDOException $e) {
$this->error = $e->getMessage();
$this->debug();
return false;
}
}
public function run($sql, $bind = "")
{
$this->sql = trim($sql);
$this->bind = $this->cleanup($bind, $sql);
$this->error = "";
try {
$pdostmt = $this->prepare($this->sql);
if ($pdostmt->execute($this->bind) !== false) {
if (preg_match("/^(".implode("|", ["select", "describe", "pragma"]).") /i", $this->sql)) {
return $pdostmt->fetchAll(PDO::FETCH_ASSOC);
} elseif (preg_match("/^(".implode("|", ["delete", "insert", "update"]).") /i", $this->sql)) {
return $pdostmt->rowCount();
}
public function single($sql,$bind="") {
$this->sql = trim($sql);
$this->bind = $this->cleanup($bind,$sql);
$this->error = "";
try {
$pdostmt = $this->prepare($this->sql);
if($pdostmt->execute($this->bind) !== false) {
return $pdostmt->fetchColumn();
}
} catch (PDOException $e) {
$this->error = $e->getMessage();
$this->debug();
return false;
}
}
} catch (PDOException $e) {
$this->error = $e->getMessage();
$this->debug();
return false;
}
}
public function run($sql, $bind="") {
$this->sql = trim($sql);
$this->bind = $this->cleanup($bind,$sql);
$this->error = "";
try {
$pdostmt = $this->prepare($this->sql);
if($pdostmt->execute($this->bind) !== false) {
if(preg_match("/^(" . implode("|", array("select", "describe", "pragma")) . ") /i", $this->sql))
return $pdostmt->fetchAll(PDO::FETCH_ASSOC);
elseif(preg_match("/^(" . implode("|", array("delete", "insert", "update")) . ") /i", $this->sql))
return $pdostmt->rowCount();
}
} catch (PDOException $e) {
$this->error = $e->getMessage();
$this->debug();
return false;
}
public function row($sql, $bind = "")
{
$query = $this->run($sql, $bind);
if (count($query) == 0) {
return false;
}
public function row($sql,$bind=""){
$query=$this->run($sql,$bind);
if(count($query)==0) return false;
if(count($query)>1) return $query;
if(count($query)==1){
foreach($query as $row) $result=$row;
return $result;
}
if (count($query) > 1) {
return $query;
}
if (count($query) == 1) {
foreach ($query as $row) {
$result = $row;
}
return $result;
}
}
}
?>

View File

@@ -1,268 +1,294 @@
<?php
// simple santization function to accept only alphanumeric characters
function san($a,$b=""){
function san($a, $b = "")
{
$a = preg_replace("/[^a-zA-Z0-9".$b."]/", "", $a);
return $a;
}
function san_ip($a){
$a = preg_replace("/[^a-fA-F0-9\[\]\.\:]/", "", $a);
return $a;
function san_ip($a)
{
$a = preg_replace("/[^a-fA-F0-9\[\]\.\:]/", "", $a);
return $a;
}
function san_host($a){
$a = preg_replace("/[^a-zA-Z0-9\.\-\:\/]/", "", $a);
return $a;
function san_host($a)
{
$a = preg_replace("/[^a-zA-Z0-9\.\-\:\/]/", "", $a);
return $a;
}
// api error and exit
function api_err($data){
function api_err($data)
{
global $_config;
echo json_encode(array("status"=>"error","data"=>$data, "coin"=>$_config['coin']));
exit;
}
// api print ok and exit
function api_echo($data){
global $_config;
echo json_encode(array("status"=>"ok","data"=>$data, "coin"=>$_config['coin']));
echo json_encode(["status" => "error", "data" => $data, "coin" => $_config['coin']]);
exit;
}
// api print ok and exit
function api_echo($data)
{
global $_config;
echo json_encode(["status" => "ok", "data" => $data, "coin" => $_config['coin']]);
exit;
}
// log function, shows only in cli atm
function _log($data){
$date=date("[Y-m-d H:i:s]");
$trace=debug_backtrace();
$loc=count($trace)-1;
$file=substr($trace[$loc]['file'],strrpos($trace[$loc]['file'],"/")+1);
function _log($data)
{
$date = date("[Y-m-d H:i:s]");
$trace = debug_backtrace();
$loc = count($trace) - 1;
$file = substr($trace[$loc]['file'], strrpos($trace[$loc]['file'], "/") + 1);
$res="$date ".$file.":".$trace[$loc]['line'];
$res = "$date ".$file.":".$trace[$loc]['line'];
if(!empty($trace[$loc]['class'])) $res.="---".$trace[$loc]['class'];
if(!empty($trace[$loc]['function'])&&$trace[$loc]['function']!='_log') $res.='->'.$trace[$loc]['function'].'()';
$res.=" $data \n";
if(php_sapi_name() === 'cli') echo $res;
global $_config;
if($_config['enable_logging']==true){
@file_put_contents($_config['log_file'],$res, FILE_APPEND);
}
if (!empty($trace[$loc]['class'])) {
$res .= "---".$trace[$loc]['class'];
}
if (!empty($trace[$loc]['function']) && $trace[$loc]['function'] != '_log') {
$res .= '->'.$trace[$loc]['function'].'()';
}
$res .= " $data \n";
if (php_sapi_name() === 'cli') {
echo $res;
}
global $_config;
if ($_config['enable_logging'] == true) {
@file_put_contents($_config['log_file'], $res, FILE_APPEND);
}
}
// converts PEM key to hex
function pem2hex ($data) {
$data=str_replace("-----BEGIN PUBLIC KEY-----","",$data);
$data=str_replace("-----END PUBLIC KEY-----","",$data);
$data=str_replace("-----BEGIN EC PRIVATE KEY-----","",$data);
$data=str_replace("-----END EC PRIVATE KEY-----","",$data);
$data=str_replace("\n","",$data);
$data=base64_decode($data);
$data=bin2hex($data);
function pem2hex($data)
{
$data = str_replace("-----BEGIN PUBLIC KEY-----", "", $data);
$data = str_replace("-----END PUBLIC KEY-----", "", $data);
$data = str_replace("-----BEGIN EC PRIVATE KEY-----", "", $data);
$data = str_replace("-----END EC PRIVATE KEY-----", "", $data);
$data = str_replace("\n", "", $data);
$data = base64_decode($data);
$data = bin2hex($data);
return $data;
}
// converts hex key to PEM
function hex2pem ($data, $is_private_key=false) {
$data=hex2bin($data);
$data=base64_encode($data);
if($is_private_key) return "-----BEGIN EC PRIVATE KEY-----\n".$data."\n-----END EC PRIVATE KEY-----";
function hex2pem($data, $is_private_key = false)
{
$data = hex2bin($data);
$data = base64_encode($data);
if ($is_private_key) {
return "-----BEGIN EC PRIVATE KEY-----\n".$data."\n-----END EC PRIVATE KEY-----";
}
return "-----BEGIN PUBLIC KEY-----\n".$data."\n-----END PUBLIC KEY-----";
}
// Base58 encoding/decoding functions - all credits go to https://github.com/stephen-hill/base58php
function base58_encode($string)
{
$alphabet='123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz';
$base=strlen($alphabet);
// Type validation
if (is_string($string) === false) {
return false;
}
// If the string is empty, then the encoded string is obviously empty
if (strlen($string) === 0) {
return '';
}
// Now we need to convert the byte array into an arbitrary-precision decimal
// We basically do this by performing a base256 to base10 conversion
$hex = unpack('H*', $string);
$hex = reset($hex);
$decimal = gmp_init($hex, 16);
// This loop now performs base 10 to base 58 conversion
// The remainder or modulo on each loop becomes a base 58 character
$output = '';
while (gmp_cmp($decimal, $base) >= 0) {
list($decimal, $mod) = gmp_div_qr($decimal, $base);
$output .= $alphabet[gmp_intval($mod)];
}
// If there's still a remainder, append it
if (gmp_cmp($decimal, 0) > 0) {
$output .= $alphabet[gmp_intval($decimal)];
}
// Now we need to reverse the encoded data
$output = strrev($output);
// Now we need to add leading zeros
$bytes = str_split($string);
foreach ($bytes as $byte) {
if ($byte === "\x00") {
$output = $alphabet[0] . $output;
continue;
}
break;
}
return (string) $output;
// Base58 encoding/decoding functions - all credits go to https://github.com/stephen-hill/base58php
function base58_encode($string)
{
$alphabet = '123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz';
$base = strlen($alphabet);
// Type validation
if (is_string($string) === false) {
return false;
}
function base58_decode($base58)
{
$alphabet='123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz';
$base=strlen($alphabet);
// Type Validation
if (is_string($base58) === false) {
return false;
}
// If the string is empty, then the decoded string is obviously empty
if (strlen($base58) === 0) {
return '';
}
$indexes = array_flip(str_split($alphabet));
$chars = str_split($base58);
// Check for invalid characters in the supplied base58 string
foreach ($chars as $char) {
if (isset($indexes[$char]) === false) {
return false;
}
}
// Convert from base58 to base10
$decimal = gmp_init($indexes[$chars[0]], 10);
for ($i = 1, $l = count($chars); $i < $l; $i++) {
$decimal = gmp_mul($decimal, $base);
$decimal = gmp_add($decimal, $indexes[$chars[$i]]);
}
// Convert from base10 to base256 (8-bit byte array)
$output = '';
while (gmp_cmp($decimal, 0) > 0) {
list($decimal, $byte) = gmp_div_qr($decimal, 256);
$output = pack('C', gmp_intval($byte)) . $output;
}
// Now we need to add leading zeros
foreach ($chars as $char) {
if ($indexes[$char] === 0) {
$output = "\x00" . $output;
continue;
}
break;
}
return $output;
// If the string is empty, then the encoded string is obviously empty
if (strlen($string) === 0) {
return '';
}
// Now we need to convert the byte array into an arbitrary-precision decimal
// We basically do this by performing a base256 to base10 conversion
$hex = unpack('H*', $string);
$hex = reset($hex);
$decimal = gmp_init($hex, 16);
// This loop now performs base 10 to base 58 conversion
// The remainder or modulo on each loop becomes a base 58 character
$output = '';
while (gmp_cmp($decimal, $base) >= 0) {
list($decimal, $mod) = gmp_div_qr($decimal, $base);
$output .= $alphabet[gmp_intval($mod)];
}
// If there's still a remainder, append it
if (gmp_cmp($decimal, 0) > 0) {
$output .= $alphabet[gmp_intval($decimal)];
}
// Now we need to reverse the encoded data
$output = strrev($output);
// Now we need to add leading zeros
$bytes = str_split($string);
foreach ($bytes as $byte) {
if ($byte === "\x00") {
$output = $alphabet[0].$output;
continue;
}
break;
}
return (string)$output;
}
function base58_decode($base58)
{
$alphabet = '123456789ABCDEFGHJKLMNPQRSTUVWXYZabcdefghijkmnopqrstuvwxyz';
$base = strlen($alphabet);
// Type Validation
if (is_string($base58) === false) {
return false;
}
// If the string is empty, then the decoded string is obviously empty
if (strlen($base58) === 0) {
return '';
}
$indexes = array_flip(str_split($alphabet));
$chars = str_split($base58);
// Check for invalid characters in the supplied base58 string
foreach ($chars as $char) {
if (isset($indexes[$char]) === false) {
return false;
}
}
// Convert from base58 to base10
$decimal = gmp_init($indexes[$chars[0]], 10);
for ($i = 1, $l = count($chars); $i < $l; $i++) {
$decimal = gmp_mul($decimal, $base);
$decimal = gmp_add($decimal, $indexes[$chars[$i]]);
}
// Convert from base10 to base256 (8-bit byte array)
$output = '';
while (gmp_cmp($decimal, 0) > 0) {
list($decimal, $byte) = gmp_div_qr($decimal, 256);
$output = pack('C', gmp_intval($byte)).$output;
}
// Now we need to add leading zeros
foreach ($chars as $char) {
if ($indexes[$char] === 0) {
$output = "\x00".$output;
continue;
}
break;
}
return $output;
}
// converts PEM key to the base58 version used by ARO
function pem2coin ($data) {
$data=str_replace("-----BEGIN PUBLIC KEY-----","",$data);
$data=str_replace("-----END PUBLIC KEY-----","",$data);
$data=str_replace("-----BEGIN EC PRIVATE KEY-----","",$data);
$data=str_replace("-----END EC PRIVATE KEY-----","",$data);
$data=str_replace("\n","",$data);
$data=base64_decode($data);
function pem2coin($data)
{
$data = str_replace("-----BEGIN PUBLIC KEY-----", "", $data);
$data = str_replace("-----END PUBLIC KEY-----", "", $data);
$data = str_replace("-----BEGIN EC PRIVATE KEY-----", "", $data);
$data = str_replace("-----END EC PRIVATE KEY-----", "", $data);
$data = str_replace("\n", "", $data);
$data = base64_decode($data);
return base58_encode($data);
}
// converts the key in base58 to PEM
function coin2pem ($data, $is_private_key=false) {
function coin2pem($data, $is_private_key = false)
{
$data = base58_decode($data);
$data = base64_encode($data);
$dat = str_split($data, 64);
$data = implode("\n", $dat);
$data=base58_decode($data);
$data=base64_encode($data);
$dat=str_split($data,64);
$data=implode("\n",$dat);
if($is_private_key) return "-----BEGIN EC PRIVATE KEY-----\n".$data."\n-----END EC PRIVATE KEY-----\n";
if ($is_private_key) {
return "-----BEGIN EC PRIVATE KEY-----\n".$data."\n-----END EC PRIVATE KEY-----\n";
}
return "-----BEGIN PUBLIC KEY-----\n".$data."\n-----END PUBLIC KEY-----\n";
}
// sign data with private key
function ec_sign($data, $key){
function ec_sign($data, $key)
{
// transform the base58 key format to PEM
$private_key=coin2pem($key,true);
$private_key = coin2pem($key, true);
$pkey=openssl_pkey_get_private($private_key);
$pkey = openssl_pkey_get_private($private_key);
$k=openssl_pkey_get_details($pkey);
$k = openssl_pkey_get_details($pkey);
openssl_sign($data,$signature,$pkey,OPENSSL_ALGO_SHA256);
openssl_sign($data, $signature, $pkey, OPENSSL_ALGO_SHA256);
// the signature will be base58 encoded
return base58_encode($signature);
}
function ec_verify($data, $signature, $key){
function ec_verify($data, $signature, $key)
{
// transform the base58 key to PEM
$public_key=coin2pem($key);
$public_key = coin2pem($key);
$signature=base58_decode($signature);
$signature = base58_decode($signature);
$pkey=openssl_pkey_get_public($public_key);
$pkey = openssl_pkey_get_public($public_key);
$res=openssl_verify($data,$signature,$pkey,OPENSSL_ALGO_SHA256);
$res = openssl_verify($data, $signature, $pkey, OPENSSL_ALGO_SHA256);
if($res===1) return true;
if ($res === 1) {
return true;
}
return false;
}
// POST data to an URL (usualy peer). The data is an array, json encoded with is sent as $_POST['data']
function peer_post($url, $data=array(),$timeout=60,$debug=false){
function peer_post($url, $data = [], $timeout = 60, $debug = false)
{
global $_config;
if($debug) echo "\nPeer post: $url\n";
if ($debug) {
echo "\nPeer post: $url\n";
}
$postdata = http_build_query(
array(
[
'data' => json_encode($data),
"coin"=>$_config['coin']
)
"coin" => $_config['coin'],
]
);
$opts = array('http' =>
array(
'timeout' => $timeout,
'method' => 'POST',
'header' => 'Content-type: application/x-www-form-urlencoded',
'content' => $postdata
)
);
$opts = [
'http' =>
[
'timeout' => $timeout,
'method' => 'POST',
'header' => 'Content-type: application/x-www-form-urlencoded',
'content' => $postdata,
],
];
$context = stream_context_create($opts);
$context = stream_context_create($opts);
$result = file_get_contents($url, false, $context);
if($debug) echo "\nPeer response: $result\n";
$res=json_decode($result,true);
if ($debug) {
echo "\nPeer response: $result\n";
}
$res = json_decode($result, true);
// the function will return false if something goes wrong
if($res['status']!="ok"||$res['coin']!=$_config['coin']) return false;
if ($res['status'] != "ok" || $res['coin'] != $_config['coin']) {
return false;
}
return $res['data'];
}
// convers hex to base58
function hex2coin($hex){
$data=hex2bin($hex);
return base58_encode($data);
function hex2coin($hex)
{
$data = hex2bin($hex);
return base58_encode($data);
}
// converts base58 to hex
function coin2hex($data){
$bin= base58_decode($data);
// converts base58 to hex
function coin2hex($data)
{
$bin = base58_decode($data);
return bin2hex($bin);
}
?>

View File

@@ -4,18 +4,15 @@ define("VERSION", "0.3.0");
// Amsterdam timezone by default, should probably be moved to config
date_default_timezone_set("Europe/Amsterdam");
//error_reporting(E_ALL & ~E_NOTICE);
error_reporting(0);
ini_set('display_errors',"off");
ini_set('display_errors', "off");
// not accessible directly
if(php_sapi_name() !== 'cli'&&substr_count($_SERVER['PHP_SELF'],"/")>1){
die("This application should only be run in the main directory /");
if (php_sapi_name() !== 'cli' && substr_count($_SERVER['PHP_SELF'], "/") > 1) {
die("This application should only be run in the main directory /");
}
require_once("include/config.inc.php");
require_once("include/db.inc.php");
require_once("include/functions.inc.php");
@@ -23,67 +20,81 @@ require_once("include/block.inc.php");
require_once("include/account.inc.php");
require_once("include/transaction.inc.php");
if($_config['db_pass']=="ENTER-DB-PASS") die("Please update your config file and set your db password");
if ($_config['db_pass'] == "ENTER-DB-PASS") {
die("Please update your config file and set your db password");
}
// initial DB connection
$db=new DB($_config['db_connect'],$_config['db_user'],$_config['db_pass'],0);
if(!$db) die("Could not connect to the DB backend.");
// checks for php version and extensions
if (!extension_loaded("openssl") && !defined("OPENSSL_KEYTYPE_EC")) api_err("Openssl php extension missing");
if (!extension_loaded("gmp")) api_err("gmp php extension missing");
if (!extension_loaded('PDO')) api_err("pdo php extension missing");
if (!extension_loaded("bcmath")) api_err("bcmath php extension missing");
if (!defined("PASSWORD_ARGON2I")) api_err("The php version is not compiled with argon2i support");
if(floatval(phpversion())<7.2) api_err("The minimum php version required is 7.2");
// Getting extra configs from the database
$query=$db->run("SELECT cfg, val FROM config");
foreach($query as $res){
$_config[$res['cfg']]=trim($res['val']);
$db = new DB($_config['db_connect'], $_config['db_user'], $_config['db_pass'], 0);
if (!$db) {
die("Could not connect to the DB backend.");
}
// checks for php version and extensions
if (!extension_loaded("openssl") && !defined("OPENSSL_KEYTYPE_EC")) {
api_err("Openssl php extension missing");
}
if (!extension_loaded("gmp")) {
api_err("gmp php extension missing");
}
if (!extension_loaded('PDO')) {
api_err("pdo php extension missing");
}
if (!extension_loaded("bcmath")) {
api_err("bcmath php extension missing");
}
if (!defined("PASSWORD_ARGON2I")) {
api_err("The php version is not compiled with argon2i support");
}
if (floatval(phpversion()) < 7.2) {
api_err("The minimum php version required is 7.2");
}
// Getting extra configs from the database
$query = $db->run("SELECT cfg, val FROM config");
foreach ($query as $res) {
$_config[$res['cfg']] = trim($res['val']);
}
// nothing is allowed while in maintenance
if($_config['maintenance']==1) api_err("under-maintenance");
if ($_config['maintenance'] == 1) {
api_err("under-maintenance");
}
// update the db schema, on every git pull or initial install
if(file_exists("tmp/db-update")){
$res=unlink("tmp/db-update");
if($res){
echo "Updating db schema! Please refresh!\n";
require_once("include/schema.inc.php");
exit;
}
echo "Could not access the tmp/db-update file. Please give full permissions to this file\n";
if (file_exists("tmp/db-update")) {
$res = unlink("tmp/db-update");
if ($res) {
echo "Updating db schema! Please refresh!\n";
require_once("include/schema.inc.php");
exit;
}
echo "Could not access the tmp/db-update file. Please give full permissions to this file\n";
}
// something went wront with the db schema
if($_config['dbversion']<2) exit;
if ($_config['dbversion'] < 2) {
exit;
}
// separate blockchain for testnet
if($_config['testnet']==true) $_config['coin'].="-testnet";
if ($_config['testnet'] == true) {
$_config['coin'] .= "-testnet";
}
// current hostname
$hostname=(!empty($_SERVER['HTTPS'])?'https':'http')."://".san_host($_SERVER['HTTP_HOST']);
$hostname = (!empty($_SERVER['HTTPS']) ? 'https' : 'http')."://".san_host($_SERVER['HTTP_HOST']);
// set the hostname to the current one
if($hostname!=$_config['hostname']&&$_SERVER['HTTP_HOST']!="localhost"&&$_SERVER['HTTP_HOST']!="127.0.0.1"&&$_SERVER['hostname']!='::1'&&php_sapi_name() !== 'cli' && ($_config['allow_hostname_change']!=false||empty($_config['hostname']))){
$db->run("UPDATE config SET val=:hostname WHERE cfg='hostname' LIMIT 1",array(":hostname"=>$hostname));
$_config['hostname']=$hostname;
if ($hostname != $_config['hostname'] && $_SERVER['HTTP_HOST'] != "localhost" && $_SERVER['HTTP_HOST'] != "127.0.0.1" && $_SERVER['hostname'] != '::1' && php_sapi_name() !== 'cli' && ($_config['allow_hostname_change'] != false || empty($_config['hostname']))) {
$db->run("UPDATE config SET val=:hostname WHERE cfg='hostname' LIMIT 1", [":hostname" => $hostname]);
$_config['hostname'] = $hostname;
}
if (empty($_config['hostname']) || $_config['hostname'] == "http://" || $_config['hostname'] == "https://") {
api_err("Invalid hostname");
}
if(empty($_config['hostname'])||$_config['hostname']=="http://"||$_config['hostname']=="https://") api_err("Invalid hostname");
// run sanity
$t=time();
if($t-$_config['sanity_last']>$_config['sanity_interval']&& php_sapi_name() !== 'cli') system("php sanity.php > /dev/null 2>&1 &");
?>
$t = time();
if ($t - $_config['sanity_last'] > $_config['sanity_interval'] && php_sapi_name() !== 'cli') {
system("php sanity.php > /dev/null 2>&1 &");
}

View File

@@ -1,10 +1,9 @@
<?php
// when db schema modifications are done, this function is run.
$dbversion=intval($_config['dbversion']);
$dbversion = intval($_config['dbversion']);
$db->beginTransaction();
if($dbversion==0){
if ($dbversion == 0) {
$db->run("
CREATE TABLE `accounts` (
`id` varbinary(128) NOT NULL,
@@ -78,7 +77,7 @@ if($dbversion==0){
$db->run("ALTER TABLE `peers`
ADD PRIMARY KEY (`id`);");
$db->run("ALTER TABLE `peers`
$db->run("ALTER TABLE `peers`
MODIFY `id` int(11) NOT NULL AUTO_INCREMENT;");
$db->run("ALTER TABLE `accounts`
@@ -89,61 +88,60 @@ if($dbversion==0){
ADD PRIMARY KEY (`id`),
ADD UNIQUE KEY `height` (`height`);");
$db->run("ALTER TABLE `config` ADD PRIMARY KEY (`cfg`);");
$db->run("ALTER TABLE `config` ADD PRIMARY KEY (`cfg`);");
$db->run("ALTER TABLE `mempool`
$db->run("ALTER TABLE `mempool`
ADD PRIMARY KEY (`id`),
ADD KEY `height` (`height`);");
$db->run("ALTER TABLE `peers`
$db->run("ALTER TABLE `peers`
ADD UNIQUE KEY `hostname` (`hostname`),
ADD UNIQUE KEY `ip` (`ip`),
ADD KEY `blacklisted` (`blacklisted`),
ADD KEY `ping` (`ping`),
ADD KEY `reserve` (`reserve`);");
$db->run("ALTER TABLE `transactions`
$db->run("ALTER TABLE `transactions`
ADD PRIMARY KEY (`id`),
ADD KEY `block_id` (`block`);");
$db->run("ALTER TABLE `accounts`
$db->run("ALTER TABLE `accounts`
ADD CONSTRAINT `accounts` FOREIGN KEY (`block`) REFERENCES `blocks` (`id`) ON DELETE CASCADE;");
$db->run("ALTER TABLE `transactions`
$db->run("ALTER TABLE `transactions`
ADD CONSTRAINT `block_id` FOREIGN KEY (`block`) REFERENCES `blocks` (`id`) ON DELETE CASCADE;");
$dbversion++;
}
if($dbversion==1){
$db->run("INSERT INTO `config` (`cfg`, `val`) VALUES ('sanity_last', '0');");
$dbversion++;
if ($dbversion == 1) {
$db->run("INSERT INTO `config` (`cfg`, `val`) VALUES ('sanity_last', '0');");
$dbversion++;
}
if($dbversion==2){
$db->run("INSERT INTO `config` (`cfg`, `val`) VALUES ('sanity_sync', '0');");
$dbversion++;
if ($dbversion == 2) {
$db->run("INSERT INTO `config` (`cfg`, `val`) VALUES ('sanity_sync', '0');");
$dbversion++;
}
if($dbversion==3){
$dbversion++;
if ($dbversion == 3) {
$dbversion++;
}
if($dbversion==4){
$db->run("ALTER TABLE `mempool` ADD INDEX(`src`);");
$db->run("ALTER TABLE `mempool` ADD INDEX(`peer`); ");
$db->run("ALTER TABLE `mempool` ADD INDEX(`val`); ");
$dbversion++;
if ($dbversion == 4) {
$db->run("ALTER TABLE `mempool` ADD INDEX(`src`);");
$db->run("ALTER TABLE `mempool` ADD INDEX(`peer`); ");
$db->run("ALTER TABLE `mempool` ADD INDEX(`val`); ");
$dbversion++;
}
if($dbversion==5){
$db->run("ALTER TABLE `peers` ADD `fails` TINYINT NOT NULL DEFAULT '0' AFTER `ip`; ");
$dbversion++;
if ($dbversion == 5) {
$db->run("ALTER TABLE `peers` ADD `fails` TINYINT NOT NULL DEFAULT '0' AFTER `ip`; ");
$dbversion++;
}
if($dbversion==6){
$db->run("ALTER TABLE `peers` ADD `stuckfail` TINYINT(4) NOT NULL DEFAULT '0' AFTER `fails`, ADD INDEX (`stuckfail`); ");
$db->run("ALTER TABLE `accounts` ADD `alias` VARCHAR(32) CHARACTER SET utf8mb4 COLLATE utf8mb4_bin NULL DEFAULT NULL AFTER `balance`; ");
$dbversion++;
if ($dbversion == 6) {
$db->run("ALTER TABLE `peers` ADD `stuckfail` TINYINT(4) NOT NULL DEFAULT '0' AFTER `fails`, ADD INDEX (`stuckfail`); ");
$db->run("ALTER TABLE `accounts` ADD `alias` VARCHAR(32) CHARACTER SET utf8mb4 COLLATE utf8mb4_bin NULL DEFAULT NULL AFTER `balance`; ");
$dbversion++;
}
// update the db version to the latest one
if($dbversion!=$_config['dbversion']) $db->run("UPDATE config SET val=:val WHERE cfg='dbversion'",array(":val"=>$dbversion));
if ($dbversion != $_config['dbversion']) {
$db->run("UPDATE config SET val=:val WHERE cfg='dbversion'", [":val" => $dbversion]);
}
$db->commit();
?>

View File

@@ -1,275 +1,435 @@
<?php
class Transaction {
class Transaction
{
// reverse and remove all transactions from a block
public function reverse($block){
public function reverse($block)
{
global $db;
$acc=new Account;
$r=$db->run("SELECT * FROM transactions WHERE block=:block",array(":block"=>$block));
foreach($r as $x){
if(empty($x['src'])) $x['src']=$acc->get_address($x['public_key']);
$db->run("UPDATE accounts SET balance=balance-:val WHERE id=:id",array(":id"=>$x['dst'], ":val"=>$x['val']));
$acc = new Account();
$r = $db->run("SELECT * FROM transactions WHERE block=:block", [":block" => $block]);
foreach ($r as $x) {
if (empty($x['src'])) {
$x['src'] = $acc->get_address($x['public_key']);
}
$db->run(
"UPDATE accounts SET balance=balance-:val WHERE id=:id",
[":id" => $x['dst'], ":val" => $x['val']]
);
// on version 0 / reward transaction, don't credit anyone
if($x['version']>0) $db->run("UPDATE accounts SET balance=balance+:val WHERE id=:id",array(":id"=>$x['src'], ":val"=>$x['val']+$x['fee']));
// on version 0 / reward transaction, don't credit anyone
if ($x['version'] > 0) {
$db->run(
"UPDATE accounts SET balance=balance+:val WHERE id=:id",
[":id" => $x['src'], ":val" => $x['val'] + $x['fee']]
);
}
// add the transactions to mempool
if($x['version']>0) $this->add_mempool($x);
$res= $db->run("DELETE FROM transactions WHERE id=:id",array(":id"=>$x['id']));
if($res!=1) return false;
}
// add the transactions to mempool
if ($x['version'] > 0) {
$this->add_mempool($x);
}
$res = $db->run("DELETE FROM transactions WHERE id=:id", [":id" => $x['id']]);
if ($res != 1) {
return false;
}
}
}
// clears the mempool
public function clean_mempool(){
public function clean_mempool()
{
global $db;
$block= new Block;
$current=$block->current();
$height=$current['height'];
$limit=$height-1000;
$db->run("DELETE FROM mempool WHERE height<:limit",array(":limit"=>$limit));
$block = new Block();
$current = $block->current();
$height = $current['height'];
$limit = $height - 1000;
$db->run("DELETE FROM mempool WHERE height<:limit", [":limit" => $limit]);
}
// returns X transactions from mempool
public function mempool($max){
public function mempool($max)
{
global $db;
$block=new Block;
$current=$block->current();
$height=$current['height']+1;
// only get the transactions that are not locked with a future height
$r=$db->run("SELECT * FROM mempool WHERE height<=:height ORDER by val/fee DESC LIMIT :max",array(":height"=>$height, ":max"=>$max+50));
$transactions=array();
if(count($r)>0){
$i=0;
$balance=array();
foreach($r as $x){
$trans=array("id"=>$x['id'],"dst"=>$x['dst'],"val"=>$x['val'],"fee"=>$x['fee'],"signature"=>$x['signature'], "message"=>$x['message'],"version"=>$x['version'],"date"=>$x['date'], "public_key"=>$x['public_key']);
$block = new Block();
$current = $block->current();
$height = $current['height'] + 1;
// only get the transactions that are not locked with a future height
$r = $db->run(
"SELECT * FROM mempool WHERE height<=:height ORDER by val/fee DESC LIMIT :max",
[":height" => $height, ":max" => $max + 50]
);
$transactions = [];
if (count($r) > 0) {
$i = 0;
$balance = [];
foreach ($r as $x) {
$trans = [
"id" => $x['id'],
"dst" => $x['dst'],
"val" => $x['val'],
"fee" => $x['fee'],
"signature" => $x['signature'],
"message" => $x['message'],
"version" => $x['version'],
"date" => $x['date'],
"public_key" => $x['public_key'],
];
if($i>=$max) break;
if(empty($x['public_key'])){
_log("$x[id] - Transaction has empty public_key");
continue;
}
if(empty($x['src'])){
_log("$x[id] - Transaction has empty src");
continue;
}
if(!$this->check($trans, $current['height'])){
_log("$x[id] - Transaction Check Failed");
continue;
}
$balance[$x['src']]+=$x['val']+$x['fee'];
if($db->single("SELECT COUNT(1) FROM transactions WHERE id=:id",array(":id"=>$x['id']))>0) {
_log("$x[id] - Duplicate transaction");
continue; //duplicate transaction
}
$res=$db->single("SELECT COUNT(1) FROM accounts WHERE id=:id AND balance>=:balance",array(":id"=>$x['src'], ":balance"=>$balance[$x['src']]));
if($res==0) {
_log("$x[id] - Not enough funds in balance");
continue; // not enough balance for the transactions
}
$i++;
ksort($trans);
$transactions[$x['id']]=$trans;
if ($i >= $max) {
break;
}
if (empty($x['public_key'])) {
_log("$x[id] - Transaction has empty public_key");
continue;
}
if (empty($x['src'])) {
_log("$x[id] - Transaction has empty src");
continue;
}
if (!$this->check($trans, $current['height'])) {
_log("$x[id] - Transaction Check Failed");
continue;
}
$balance[$x['src']] += $x['val'] + $x['fee'];
if ($db->single("SELECT COUNT(1) FROM transactions WHERE id=:id", [":id" => $x['id']]) > 0) {
_log("$x[id] - Duplicate transaction");
continue; //duplicate transaction
}
$res = $db->single(
"SELECT COUNT(1) FROM accounts WHERE id=:id AND balance>=:balance",
[":id" => $x['src'], ":balance" => $balance[$x['src']]]
);
if ($res == 0) {
_log("$x[id] - Not enough funds in balance");
continue; // not enough balance for the transactions
}
$i++;
ksort($trans);
$transactions[$x['id']] = $trans;
}
}
// always sort the array
// always sort the array
ksort($transactions);
return $transactions;
}
// add a new transaction to mempool and lock it with the current height
public function add_mempool($x, $peer=""){
public function add_mempool($x, $peer = "")
{
global $db;
$block= new Block;
$current=$block->current();
$height=$current['height'];
$x['id']=san($x['id']);
$bind=array(":peer"=>$peer, ":id"=>$x['id'],"public_key"=>$x['public_key'], ":height"=>$height, ":src"=>$x['src'],":dst"=>$x['dst'],":val"=>$x['val'], ":fee"=>$x['fee'],":signature"=>$x['signature'], ":version"=>$x['version'],":date"=>$x['date'], ":message"=>$x['message']);
$db->run("INSERT into mempool SET peer=:peer, id=:id, public_key=:public_key, height=:height, src=:src, dst=:dst, val=:val, fee=:fee, signature=:signature, version=:version, message=:message, `date`=:date",$bind);
$block = new Block();
$current = $block->current();
$height = $current['height'];
$x['id'] = san($x['id']);
$bind = [
":peer" => $peer,
":id" => $x['id'],
"public_key" => $x['public_key'],
":height" => $height,
":src" => $x['src'],
":dst" => $x['dst'],
":val" => $x['val'],
":fee" => $x['fee'],
":signature" => $x['signature'],
":version" => $x['version'],
":date" => $x['date'],
":message" => $x['message'],
];
$db->run(
"INSERT into mempool SET peer=:peer, id=:id, public_key=:public_key, height=:height, src=:src, dst=:dst, val=:val, fee=:fee, signature=:signature, version=:version, message=:message, `date`=:date",
$bind
);
return true;
}
// add a new transaction to the blockchain
public function add($block,$height, $x){
public function add($block, $height, $x)
{
global $db;
$acc= new Account;
$acc = new Account();
$acc->add($x['public_key'], $block);
$acc->add_id($x['dst'],$block);
$x['id']=san($x['id']);
$bind=array(":id"=>$x['id'], ":public_key"=>$x['public_key'],":height"=>$height, ":block"=>$block, ":dst"=>$x['dst'],":val"=>$x['val'], ":fee"=>$x['fee'],":signature"=>$x['signature'], ":version"=>$x['version'],":date"=>$x['date'], ":message"=>$x['message']);
$res=$db->run("INSERT into transactions SET id=:id, public_key=:public_key, block=:block, height=:height, dst=:dst, val=:val, fee=:fee, signature=:signature, version=:version, message=:message, `date`=:date",$bind);
if($res!=1) return false;
$db->run("UPDATE accounts SET balance=balance+:val WHERE id=:id",array(":id"=>$x['dst'], ":val"=>$x['val']));
// no debit when the transaction is reward
if($x['version']>0) $db->run("UPDATE accounts SET balance=(balance-:val)-:fee WHERE id=:id",array(":id"=>$x['src'], ":val"=>$x['val'], ":fee"=>$x['fee']));
$db->run("DELETE FROM mempool WHERE id=:id",array(":id"=>$x['id']));
$acc->add_id($x['dst'], $block);
$x['id'] = san($x['id']);
$bind = [
":id" => $x['id'],
":public_key" => $x['public_key'],
":height" => $height,
":block" => $block,
":dst" => $x['dst'],
":val" => $x['val'],
":fee" => $x['fee'],
":signature" => $x['signature'],
":version" => $x['version'],
":date" => $x['date'],
":message" => $x['message'],
];
$res = $db->run(
"INSERT into transactions SET id=:id, public_key=:public_key, block=:block, height=:height, dst=:dst, val=:val, fee=:fee, signature=:signature, version=:version, message=:message, `date`=:date",
$bind
);
if ($res != 1) {
return false;
}
$db->run("UPDATE accounts SET balance=balance+:val WHERE id=:id", [":id" => $x['dst'], ":val" => $x['val']]);
// no debit when the transaction is reward
if ($x['version'] > 0) {
$db->run(
"UPDATE accounts SET balance=(balance-:val)-:fee WHERE id=:id",
[":id" => $x['src'], ":val" => $x['val'], ":fee" => $x['fee']]
);
}
$db->run("DELETE FROM mempool WHERE id=:id", [":id" => $x['id']]);
return true;
}
// hash the transaction's most important fields and create the transaction ID
public function hash($x){
$info=$x['val']."-".$x['fee']."-".$x['dst']."-".$x['message']."-".$x['version']."-".$x['public_key']."-".$x['date']."-".$x['signature'];
$hash= hash("sha512",$info);
public function hash($x)
{
$info = $x['val']."-".$x['fee']."-".$x['dst']."-".$x['message']."-".$x['version']."-".$x['public_key']."-".$x['date']."-".$x['signature'];
$hash = hash("sha512", $info);
return hex2coin($hash);
}
// check the transaction for validity
public function check($x, $height=0){
// if no specific block, use current
if($height===0){
$block=new Block;
$current=$block->current();
$height=$current['height'];
}
$acc= new Account;
$info=$x['val']."-".$x['fee']."-".$x['dst']."-".$x['message']."-".$x['version']."-".$x['public_key']."-".$x['date'];
public function check($x, $height = 0)
{
// if no specific block, use current
if ($height === 0) {
$block = new Block();
$current = $block->current();
$height = $current['height'];
}
$acc = new Account();
$info = $x['val']."-".$x['fee']."-".$x['dst']."-".$x['message']."-".$x['version']."-".$x['public_key']."-".$x['date'];
// the value must be >=0
if($x['val']<0){ _log("$x[id] - Value below 0"); return false; }
// the value must be >=0
if ($x['val'] < 0) {
_log("$x[id] - Value below 0");
return false;
}
// the fee must be >=0
if($x['fee']<0) { _log("$x[id] - Fee below 0"); return false; }
// the fee must be >=0
if ($x['fee'] < 0) {
_log("$x[id] - Fee below 0");
return false;
}
// the fee is 0.25%, hardcoded
$fee=$x['val']*0.0025;
$fee=number_format($fee,8,".","");
if($fee<0.00000001) $fee=0.00000001;
// max fee after block 10800 is 10
if($height>10800&&$fee>10) $fee=10; //10800
// added fee does not match
if($fee!=$x['fee']) { _log("$x[id] - Fee not 0.25%"); return false; }
// the fee is 0.25%, hardcoded
$fee = $x['val'] * 0.0025;
$fee = number_format($fee, 8, ".", "");
if ($fee < 0.00000001) {
$fee = 0.00000001;
}
// max fee after block 10800 is 10
if ($height > 10800 && $fee > 10) {
$fee = 10; //10800
}
// added fee does not match
if ($fee != $x['fee']) {
_log("$x[id] - Fee not 0.25%");
return false;
}
// invalid destination address
if(!$acc->valid($x['dst'])) { _log("$x[id] - Invalid destination address"); return false; }
// invalid destination address
if (!$acc->valid($x['dst'])) {
_log("$x[id] - Invalid destination address");
return false;
}
// reward transactions are not added via this function
if($x['version']<1) { _log("$x[id] - Invalid version <1"); return false; }
//if($x['version']>1) { _log("$x[id] - Invalid version >1"); return false; }
// reward transactions are not added via this function
if ($x['version'] < 1) {
_log("$x[id] - Invalid version <1");
return false;
}
//if($x['version']>1) { _log("$x[id] - Invalid version >1"); return false; }
// public key must be at least 15 chars / probably should be replaced with the validator function
if(strlen($x['public_key'])<15) { _log("$x[id] - Invalid public key size"); return false; }
// no transactions before the genesis
if($x['date']<1511725068) { _log("$x[id] - Date before genesis"); return false; }
// no future transactions
if($x['date']>time()+86400) { _log("$x[id] - Date in the future"); return false; }
// prevent the resending of broken base58 transactions
if($height>16900&&$x['date']<1519327780) return false;
$id=$this->hash($x);
// the hash does not match our regenerated hash
if($x['id']!=$id) {
// fix for broken base58 library which was used until block 16900, accepts hashes without the first 1 or 2 bytes
$xs=base58_decode($x['id']);
if(((strlen($xs)!=63||substr($id,1)!=$x['id'])&&(strlen($xs)!=62||substr($id,2)!=$x['id']))||$height>16900){
_log("$x[id] - $id - Invalid hash");
return false;
}
// public key must be at least 15 chars / probably should be replaced with the validator function
if (strlen($x['public_key']) < 15) {
_log("$x[id] - Invalid public key size");
return false;
}
// no transactions before the genesis
if ($x['date'] < 1511725068) {
_log("$x[id] - Date before genesis");
return false;
}
// no future transactions
if ($x['date'] > time() + 86400) {
_log("$x[id] - Date in the future");
return false;
}
// prevent the resending of broken base58 transactions
if ($height > 16900 && $x['date'] < 1519327780) {
return false;
}
$id = $this->hash($x);
// the hash does not match our regenerated hash
if ($x['id'] != $id) {
// fix for broken base58 library which was used until block 16900, accepts hashes without the first 1 or 2 bytes
$xs = base58_decode($x['id']);
if (((strlen($xs) != 63 || substr($id, 1) != $x['id']) && (strlen($xs) != 62 || substr(
$id,
2
) != $x['id'])) || $height > 16900) {
_log("$x[id] - $id - Invalid hash");
return false;
}
}
}
//verify the ecdsa signature
if (!$acc->check_signature($info, $x['signature'], $x['public_key'])) {
_log("$x[id] - Invalid signature");
return false;
}
//verify the ecdsa signature
if(!$acc->check_signature($info, $x['signature'], $x['public_key'])) { _log("$x[id] - Invalid signature"); return false; }
return true;
return true;
}
// sign a transaction
public function sign($x, $private_key){
$info=$x['val']."-".$x['fee']."-".$x['dst']."-".$x['message']."-".$x['version']."-".$x['public_key']."-".$x['date'];
$signature=ec_sign($info,$private_key);
public function sign($x, $private_key)
{
$info = $x['val']."-".$x['fee']."-".$x['dst']."-".$x['message']."-".$x['version']."-".$x['public_key']."-".$x['date'];
$signature = ec_sign($info, $private_key);
return $signature;
}
//export a mempool transaction
public function export($id){
public function export($id)
{
global $db;
$r=$db->row("SELECT * FROM mempool WHERE id=:id",array(":id"=>$id));
$r = $db->row("SELECT * FROM mempool WHERE id=:id", [":id" => $id]);
return $r;
}
// get the transaction data as array
public function get_transaction($id){
public function get_transaction($id)
{
global $db;
$acc=new Account;
$block=new Block;
$current=$block->current();
$acc = new Account();
$block = new Block();
$current = $block->current();
$x=$db->row("SELECT * FROM transactions WHERE id=:id",array(":id"=>$id));
$x = $db->row("SELECT * FROM transactions WHERE id=:id", [":id" => $id]);
if(!$x) return false;
$trans=array("block"=>$x['block'],"height"=>$x['height'], "id"=>$x['id'],"dst"=>$x['dst'],"val"=>$x['val'],"fee"=>$x['fee'],"signature"=>$x['signature'], "message"=>$x['message'],"version"=>$x['version'],"date"=>$x['date'], "public_key"=>$x['public_key']);
$trans['src']=$acc->get_address($x['public_key']);
$trans['confirmations']=$current['height']-$x['height'];
if($x['version']==0) $trans['type']="mining";
elseif($x['version']==1){
if($x['dst']==$id) $trans['type']="credit";
else $trans['type']="debit";
} else {
$trans['type']="other";
}
ksort($trans);
return $trans;
if (!$x) {
return false;
}
$trans = [
"block" => $x['block'],
"height" => $x['height'],
"id" => $x['id'],
"dst" => $x['dst'],
"val" => $x['val'],
"fee" => $x['fee'],
"signature" => $x['signature'],
"message" => $x['message'],
"version" => $x['version'],
"date" => $x['date'],
"public_key" => $x['public_key'],
];
$trans['src'] = $acc->get_address($x['public_key']);
$trans['confirmations'] = $current['height'] - $x['height'];
if ($x['version'] == 0) {
$trans['type'] = "mining";
} elseif ($x['version'] == 1) {
if ($x['dst'] == $id) {
$trans['type'] = "credit";
} else {
$trans['type'] = "debit";
}
} else {
$trans['type'] = "other";
}
ksort($trans);
return $trans;
}
// return the transactions for a specific block id or height
public function get_transactions($height="", $id=""){
// return the transactions for a specific block id or height
public function get_transactions($height = "", $id = "")
{
global $db;
$block=new Block;
$current=$block->current();
$acc=new Account;
$height=san($height);
$id=san($id);
if(empty($id)&&empty($height)) return false;
if(!empty($id)) $r=$db->run("SELECT * FROM transactions WHERE block=:id AND version>0",array(":id"=>$id));
else $r=$db->run("SELECT * FROM transactions WHERE height=:height AND version>0",array(":height"=>$height));
$res=array();
foreach($r as $x){
$trans=array("block"=>$x['block'],"height"=>$x['height'], "id"=>$x['id'],"dst"=>$x['dst'],"val"=>$x['val'],"fee"=>$x['fee'],"signature"=>$x['signature'], "message"=>$x['message'],"version"=>$x['version'],"date"=>$x['date'], "public_key"=>$x['public_key']);
$trans['src']=$acc->get_address($x['public_key']);
$trans['confirmations']=$current['height']-$x['height'];
if($x['version']==0) $trans['type']="mining";
elseif($x['version']==1){
if($x['dst']==$id) $trans['type']="credit";
else $trans['type']="debit";
} else {
$trans['type']="other";
}
ksort($trans);
$res[]=$trans;
}
return $res;
$block = new Block();
$current = $block->current();
$acc = new Account();
$height = san($height);
$id = san($id);
if (empty($id) && empty($height)) {
return false;
}
if (!empty($id)) {
$r = $db->run("SELECT * FROM transactions WHERE block=:id AND version>0", [":id" => $id]);
} else {
$r = $db->run("SELECT * FROM transactions WHERE height=:height AND version>0", [":height" => $height]);
}
$res = [];
foreach ($r as $x) {
$trans = [
"block" => $x['block'],
"height" => $x['height'],
"id" => $x['id'],
"dst" => $x['dst'],
"val" => $x['val'],
"fee" => $x['fee'],
"signature" => $x['signature'],
"message" => $x['message'],
"version" => $x['version'],
"date" => $x['date'],
"public_key" => $x['public_key'],
];
$trans['src'] = $acc->get_address($x['public_key']);
$trans['confirmations'] = $current['height'] - $x['height'];
if ($x['version'] == 0) {
$trans['type'] = "mining";
} elseif ($x['version'] == 1) {
if ($x['dst'] == $id) {
$trans['type'] = "credit";
} else {
$trans['type'] = "debit";
}
} else {
$trans['type'] = "other";
}
ksort($trans);
$res[] = $trans;
}
return $res;
}
// get a specific mempool transaction as array
public function get_mempool_transaction($id){
public function get_mempool_transaction($id)
{
global $db;
$x=$db->row("SELECT * FROM mempool WHERE id=:id",array(":id"=>$id));
if(!$x) return false;
$trans=array("block"=>$x['block'],"height"=>$x['height'], "id"=>$x['id'],"dst"=>$x['dst'],"val"=>$x['val'],"fee"=>$x['fee'],"signature"=>$x['signature'], "message"=>$x['message'],"version"=>$x['version'],"date"=>$x['date'], "public_key"=>$x['public_key']);
$trans['src']=$x['src'];
$trans['type']="mempool";
$trans['confirmations']=-1;
ksort($trans);
return $trans;
$x = $db->row("SELECT * FROM mempool WHERE id=:id", [":id" => $id]);
if (!$x) {
return false;
}
$trans = [
"block" => $x['block'],
"height" => $x['height'],
"id" => $x['id'],
"dst" => $x['dst'],
"val" => $x['val'],
"fee" => $x['fee'],
"signature" => $x['signature'],
"message" => $x['message'],
"version" => $x['version'],
"date" => $x['date'],
"public_key" => $x['public_key'],
];
$trans['src'] = $x['src'];
$trans['type'] = "mempool";
$trans['confirmations'] = -1;
ksort($trans);
return $trans;
}
}
?>

View File

@@ -24,14 +24,9 @@ OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE
OR OTHER DEALINGS IN THE SOFTWARE.
*/
require_once("include/init.inc.php");
$block=new Block;
$current=$block->current();
$block = new Block();
$current = $block->current();
echo "<h3>Arionum Node</h3>";
echo "System check complete.<br><br> Current block: $current[height]";
?>

View File

@@ -24,53 +24,60 @@ OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE
OR OTHER DEALINGS IN THE SOFTWARE.
*/
require_once("include/init.inc.php");
$block=new Block();
$acc=new Account();
$block = new Block();
$acc = new Account();
set_time_limit(360);
$q=$_GET['q'];
$q = $_GET['q'];
$ip=san_ip($_SERVER['REMOTE_ADDR']);
$ip=filter_var($ip, FILTER_VALIDATE_IP);
$ip = san_ip($_SERVER['REMOTE_ADDR']);
$ip = filter_var($ip, FILTER_VALIDATE_IP);
// in case of testnet, all IPs are accepted for mining
if($_config['testnet']==false&&!in_array($ip,$_config['allowed_hosts'])&&!empty($ip)&&!in_array('*',$_config['allowed_hosts'])) api_err("unauthorized");
if($q=="info"){
// provides the mining info to the miner
$diff=$block->difficulty();
$current=$block->current();
$res=array("difficulty"=>$diff, "block"=>$current['id'], "height"=>$current['height'], "testnet"=>$_config['testnet']);
api_echo($res);
exit;
} elseif($q=="submitNonce"){
// in case the blocks are syncing, reject all
if($_config['sanity_sync']==1) api_err("sanity-sync");
$nonce = san($_POST['nonce']);
$argon=$_POST['argon'];
$public_key=san($_POST['public_key']);
$private_key=san($_POST['private_key']);
// check if the miner won the block
$result=$block->mine($public_key, $nonce, $argon);
if($result) {
// generate the new block
$res=$block->forge($nonce,$argon, $public_key, $private_key);
if($res){
//if the new block is generated, propagate it to all peers in background
$current=$block->current();
system("php propagate.php block $current[id] > /dev/null 2>&1 &");
api_echo("accepted");
}
}
api_err("rejected");
} else {
api_err("invalid command");
if ($_config['testnet'] == false && !in_array($ip, $_config['allowed_hosts']) && !empty($ip) && !in_array(
'*',
$_config['allowed_hosts']
)) {
api_err("unauthorized");
}
?>
if ($q == "info") {
// provides the mining info to the miner
$diff = $block->difficulty();
$current = $block->current();
$res = [
"difficulty" => $diff,
"block" => $current['id'],
"height" => $current['height'],
"testnet" => $_config['testnet'],
];
api_echo($res);
exit;
} elseif ($q == "submitNonce") {
// in case the blocks are syncing, reject all
if ($_config['sanity_sync'] == 1) {
api_err("sanity-sync");
}
$nonce = san($_POST['nonce']);
$argon = $_POST['argon'];
$public_key = san($_POST['public_key']);
$private_key = san($_POST['private_key']);
// check if the miner won the block
$result = $block->mine($public_key, $nonce, $argon);
if ($result) {
// generate the new block
$res = $block->forge($nonce, $argon, $public_key, $private_key);
if ($res) {
//if the new block is generated, propagate it to all peers in background
$current = $block->current();
system("php propagate.php block $current[id] > /dev/null 2>&1 &");
api_echo("accepted");
}
}
api_err("rejected");
} else {
api_err("invalid command");
}

307
peer.php
View File

@@ -24,166 +24,215 @@ OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE
OR OTHER DEALINGS IN THE SOFTWARE.
*/
require_once("include/init.inc.php");
$trx = new Transaction;
$block=new Block;
$q=$_GET['q'];
$trx = new Transaction();
$block = new Block();
$q = $_GET['q'];
// the data is sent as json, in $_POST['data']
if(!empty($_POST['data'])){
$data=json_decode(trim($_POST['data']),true);
if (!empty($_POST['data'])) {
$data = json_decode(trim($_POST['data']), true);
}
// make sure it's the same coin and not testnet
if($_POST['coin']!=$_config['coin']) api_err("Invalid coin");
$ip=san_ip($_SERVER['REMOTE_ADDR']);
$ip=filter_var($ip, FILTER_VALIDATE_IP, FILTER_FLAG_NO_PRIV_RANGE | FILTER_FLAG_NO_RES_RANGE);
if ($_POST['coin'] != $_config['coin']) {
api_err("Invalid coin");
}
$ip = san_ip($_SERVER['REMOTE_ADDR']);
$ip = filter_var($ip, FILTER_VALIDATE_IP, FILTER_FLAG_NO_PRIV_RANGE | FILTER_FLAG_NO_RES_RANGE);
// peer with the current node
if($q=="peer"){
if ($q == "peer") {
// sanitize the hostname
$hostname = filter_var($data['hostname'], FILTER_SANITIZE_URL);
if (!filter_var($hostname, FILTER_VALIDATE_URL)) api_err("invalid-hostname");
$hostname=san_host($hostname);
if (!filter_var($hostname, FILTER_VALIDATE_URL)) {
api_err("invalid-hostname");
}
$hostname = san_host($hostname);
// if it's already peered, only repeer on request
$res=$db->single("SELECT COUNT(1) FROM peers WHERE hostname=:hostname AND ip=:ip",array(":hostname"=>$hostname,":ip"=>$ip));
if($res==1){
if($data['repeer']==1){
$res=peer_post($hostname."/peer.php?q=peer",array("hostname"=>$_config['hostname']));
if($res!==false) api_echo("re-peer-ok");
else api_err("re-peer failed - $result");
}
api_echo("peer-ok-already");
$res = $db->single(
"SELECT COUNT(1) FROM peers WHERE hostname=:hostname AND ip=:ip",
[":hostname" => $hostname, ":ip" => $ip]
);
if ($res == 1) {
if ($data['repeer'] == 1) {
$res = peer_post($hostname."/peer.php?q=peer", ["hostname" => $_config['hostname']]);
if ($res !== false) {
api_echo("re-peer-ok");
} else {
api_err("re-peer failed - $result");
}
}
api_echo("peer-ok-already");
}
// if we have enough peers, add it to DB as reserve
$res=$db->single("SELECT COUNT(1) FROM peers WHERE blacklisted<UNIX_TIMESTAMP() AND ping >UNIX_TIMESTAMP()-86400 AND reserve=0");
$reserve=1;
if($res<$_config['max_peers']) $reserve=0;
$db->run("INSERT ignore INTO peers SET hostname=:hostname, reserve=:reserve, ping=UNIX_TIMESTAMP(), ip=:ip ON DUPLICATE KEY UPDATE hostname=:hostname2",array(":ip"=>$ip, ":hostname2"=>$hostname,":hostname"=>$hostname, ":reserve"=>$reserve));
$res = $db->single("SELECT COUNT(1) FROM peers WHERE blacklisted<UNIX_TIMESTAMP() AND ping >UNIX_TIMESTAMP()-86400 AND reserve=0");
$reserve = 1;
if ($res < $_config['max_peers']) {
$reserve = 0;
}
$db->run(
"INSERT ignore INTO peers SET hostname=:hostname, reserve=:reserve, ping=UNIX_TIMESTAMP(), ip=:ip ON DUPLICATE KEY UPDATE hostname=:hostname2",
[":ip" => $ip, ":hostname2" => $hostname, ":hostname" => $hostname, ":reserve" => $reserve]
);
// re-peer to make sure the peer is valid
$res=peer_post($hostname."/peer.php?q=peer",array("hostname"=>$_config['hostname']));
if($res!==false) api_echo("re-peer-ok");
else{
$db->run("DELETE FROM peers WHERE ip=:ip",array(":ip"=>$ip));
$res = peer_post($hostname."/peer.php?q=peer", ["hostname" => $_config['hostname']]);
if ($res !== false) {
api_echo("re-peer-ok");
} else {
$db->run("DELETE FROM peers WHERE ip=:ip", [":ip" => $ip]);
api_err("re-peer failed - $result");
}
}
elseif($q=="ping"){
} elseif ($q == "ping") {
// confirm peer is active
api_echo("pong");
} elseif($q=="submitTransaction"){
} elseif ($q == "submitTransaction") {
// receive a new transaction from a peer
$current=$block->current();
$current = $block->current();
// no transactions accepted if the sanity is syncing
if($_config['sanity_sync']==1) api_err("sanity-sync");
if ($_config['sanity_sync'] == 1) {
api_err("sanity-sync");
}
$data['id']=san($data['id']);
$data['id'] = san($data['id']);
// validate transaction data
if(!$trx->check($data)) api_err("Invalid transaction");
$hash=$data['id'];
if (!$trx->check($data)) {
api_err("Invalid transaction");
}
$hash = $data['id'];
// make sure it's not already in mempool
$res=$db->single("SELECT COUNT(1) FROM mempool WHERE id=:id",array(":id"=>$hash));
if($res!=0) api_err("The transaction is already in mempool");
$res = $db->single("SELECT COUNT(1) FROM mempool WHERE id=:id", [":id" => $hash]);
if ($res != 0) {
api_err("The transaction is already in mempool");
}
// make sure the peer is not flooding us with transactions
$res=$db->single("SELECT COUNT(1) FROM mempool WHERE src=:src",array(":src"=>$data['src']));
if($res>25) api_err("Too many transactions from this address in mempool. Please rebroadcast later.");
$res=$db->single("SELECT COUNT(1) FROM mempool WHERE peer=:peer",array(":peer"=>$ip));
if($res>$_config['peer_max_mempool']) api_error("Too many transactions broadcasted from this peer");
$res = $db->single("SELECT COUNT(1) FROM mempool WHERE src=:src", [":src" => $data['src']]);
if ($res > 25) {
api_err("Too many transactions from this address in mempool. Please rebroadcast later.");
}
$res = $db->single("SELECT COUNT(1) FROM mempool WHERE peer=:peer", [":peer" => $ip]);
if ($res > $_config['peer_max_mempool']) {
api_error("Too many transactions broadcasted from this peer");
}
// make sure the transaction is not already on the blockchain
$res=$db->single("SELECT COUNT(1) FROM transactions WHERE id=:id",array(":id"=>$hash));
if($res!=0) api_err("The transaction is already in a block");
$acc=new Account;
$src=$acc->get_address($data['public_key']);
$res = $db->single("SELECT COUNT(1) FROM transactions WHERE id=:id", [":id" => $hash]);
if ($res != 0) {
api_err("The transaction is already in a block");
}
$acc = new Account();
$src = $acc->get_address($data['public_key']);
// make sure the sender has enough balance
$balance=$db->single("SELECT balance FROM accounts WHERE id=:id",array(":id"=>$src));
if($balance<$val+$fee) api_err("Not enough funds");
$balance = $db->single("SELECT balance FROM accounts WHERE id=:id", [":id" => $src]);
if ($balance < $val + $fee) {
api_err("Not enough funds");
}
// make sure the sender has enough pending balance
$memspent=$db->single("SELECT SUM(val+fee) FROM mempool WHERE src=:src",array(":src"=>$src));
if($balance-$memspent<$val+$fee) api_err("Not enough funds (mempool)");
$memspent = $db->single("SELECT SUM(val+fee) FROM mempool WHERE src=:src", [":src" => $src]);
if ($balance - $memspent < $val + $fee) {
api_err("Not enough funds (mempool)");
}
// add to mempool
$trx->add_mempool($data, $ip);
// rebroadcast the transaction to some peers unless the transaction is smaller than the average size of transactions in mempool - protect against garbage data flooding
$res=$db->row("SELECT COUNT(1) as c, sum(val) as v FROM mempool ",array(":src"=>$data['src']));
if($res['c']<$_config['max_mempool_rebroadcast']&&$res['v']/$res['c']<$data['val']) system("php propagate.php transaction '$data[id]' > /dev/null 2>&1 &");
$res = $db->row("SELECT COUNT(1) as c, sum(val) as v FROM mempool ", [":src" => $data['src']]);
if ($res['c'] < $_config['max_mempool_rebroadcast'] && $res['v'] / $res['c'] < $data['val']) {
system("php propagate.php transaction '$data[id]' > /dev/null 2>&1 &");
}
api_echo("transaction-ok");
}
elseif($q=="submitBlock"){
} elseif ($q == "submitBlock") {
// receive a new block from a peer
// if sanity sync, refuse all
if($_config['sanity_sync']==1){ _log('['.$ip."] Block rejected due to sanity sync"); api_err("sanity-sync"); }
$data['id']=san($data['id']);
$current=$block->current();
if ($_config['sanity_sync'] == 1) {
_log('['.$ip."] Block rejected due to sanity sync");
api_err("sanity-sync");
}
$data['id'] = san($data['id']);
$current = $block->current();
// block already in the blockchain
if($current['id']==$data['id']) api_echo("block-ok");
if($data['date']>time()+30) api_err("block in the future");
if ($current['id'] == $data['id']) {
api_echo("block-ok");
}
if ($data['date'] > time() + 30) {
api_err("block in the future");
}
if($current['height']==$data['height']&&$current['id']!=$data['id']){
if ($current['height'] == $data['height'] && $current['id'] != $data['id']) {
// different forks, same height
$accept_new=false;
if($current['transactions']<$data['transactions']){
// accept the one with most transactions
$accept_new=true;
} elseif($current['transactions']==$data['transactions']) {
$accept_new = false;
if ($current['transactions'] < $data['transactions']) {
// accept the one with most transactions
$accept_new = true;
} elseif ($current['transactions'] == $data['transactions']) {
// convert the first 12 characters from hex to decimal and the block with the largest number wins
$no1=hexdec(substr(coin2hex($current['id']),0,12));
$no2=hexdec(substr(coin2hex($data['id']),0,12));
if(gmp_cmp($no1,$no2)==1){
$accept_new=true;
$no1 = hexdec(substr(coin2hex($current['id']), 0, 12));
$no2 = hexdec(substr(coin2hex($data['id']), 0, 12));
if (gmp_cmp($no1, $no2) == 1) {
$accept_new = true;
}
}
if($accept_new){
// if the new block is accepted, run a microsanity to sync it
_log('['.$ip."] Starting microsanity - $data[height]");
if ($accept_new) {
// if the new block is accepted, run a microsanity to sync it
_log('['.$ip."] Starting microsanity - $data[height]");
system("php sanity.php microsanity '$ip' > /dev/null 2>&1 &");
api_echo("microsanity");
} else {
_log('['.$ip."] suggesting reverse-microsanity - $data[height]");
api_echo("reverse-microsanity"); // if it's not, suggest to the peer to get the block from us
}
_log('['.$ip."] suggesting reverse-microsanity - $data[height]");
api_echo("reverse-microsanity"); // if it's not, suggest to the peer to get the block from us
}
}
// if it's not the next block
if($current['height']!=$data['height']-1) {
// if the height of the block submitted is lower than our current height, send them our current block
if($data['height']<$current['height']){
$pr=$db->row("SELECT * FROM peers WHERE ip=:ip",array(":ip"=>$ip));
if(!$pr) api_err("block-too-old");
$peer_host=base58_encode($pr['hostname']);
$pr['ip']=escapeshellcmd(san_ip($pr['ip']));
system("php propagate.php block current '$peer_host' '$pr[ip]' > /dev/null 2>&1 &");
_log('['.$ip."] block too old, sending our current block - $data[height]");
api_err("block-too-old");
}
// if the block difference is bigger than 150, nothing should be done. They should sync via sanity
if($data['height']-$current['height']>150) {
_log('['.$ip."] block-out-of-sync - $data[height]");
api_err("block-out-of-sync");
}
// request them to send us a microsync with the latest blocks
_log('['.$ip."] requesting microsync - $current[height] - $data[height]");
api_echo(array("request"=>"microsync","height"=>$current['height'], "block"=>$current['id']));
if ($current['height'] != $data['height'] - 1) {
// if the height of the block submitted is lower than our current height, send them our current block
if ($data['height'] < $current['height']) {
$pr = $db->row("SELECT * FROM peers WHERE ip=:ip", [":ip" => $ip]);
if (!$pr) {
api_err("block-too-old");
}
$peer_host = base58_encode($pr['hostname']);
$pr['ip'] = escapeshellcmd(san_ip($pr['ip']));
system("php propagate.php block current '$peer_host' '$pr[ip]' > /dev/null 2>&1 &");
_log('['.$ip."] block too old, sending our current block - $data[height]");
api_err("block-too-old");
}
// if the block difference is bigger than 150, nothing should be done. They should sync via sanity
if ($data['height'] - $current['height'] > 150) {
_log('['.$ip."] block-out-of-sync - $data[height]");
api_err("block-out-of-sync");
}
// request them to send us a microsync with the latest blocks
_log('['.$ip."] requesting microsync - $current[height] - $data[height]");
api_echo(["request" => "microsync", "height" => $current['height'], "block" => $current['id']]);
}
// check block data
if(!$block->check($data)){
_log('['.$ip."] invalid block - $data[height]");
api_err("invalid-block");
if (!$block->check($data)) {
_log('['.$ip."] invalid block - $data[height]");
api_err("invalid-block");
}
$b=$data;
$b = $data;
// add the block to the blockchain
$res=$block->add($b['height'], $b['public_key'], $b['nonce'], $b['data'], $b['date'], $b['signature'], $b['difficulty'], $b['reward_signature'], $b['argon']);
$res = $block->add(
$b['height'],
$b['public_key'],
$b['nonce'],
$b['data'],
$b['date'],
$b['signature'],
$b['difficulty'],
$b['reward_signature'],
$b['argon']
);
if(!$res) {
_log('['.$ip."] invalid block data - $data[height]");
api_err("invalid-block-data");
if (!$res) {
_log('['.$ip."] invalid block data - $data[height]");
api_err("invalid-block-data");
}
_log('['.$ip."] block ok, repropagating - $data[height]");
@@ -191,38 +240,36 @@ elseif($q=="submitBlock"){
// send it to all our peers
system("php propagate.php block '$data[id]' all all linear > /dev/null 2>&1 &");
api_echo("block-ok");
}
// return the current block, used in syncing
elseif($q=="currentBlock"){
$current=$block->current();
} // return the current block, used in syncing
elseif ($q == "currentBlock") {
$current = $block->current();
api_echo($current);
}
// return a specific block, used in syncing
elseif($q=="getBlock"){
$height=intval($data['height']);
} // return a specific block, used in syncing
elseif ($q == "getBlock") {
$height = intval($data['height']);
$export=$block->export("",$height);
if(!$export) api_err("invalid-block");
api_echo($export);
}
elseif($q=="getBlocks"){
$export = $block->export("", $height);
if (!$export) {
api_err("invalid-block");
}
api_echo($export);
} elseif ($q == "getBlocks") {
// returns X block starting at height, used in syncing
$height=intval($data['height']);
$height = intval($data['height']);
$r=$db->run("SELECT id,height FROM blocks WHERE height>=:height ORDER by height ASC LIMIT 100",array(":height"=>$height));
foreach($r as $x){
$blocks[$x['height']]=$block->export($x['id']);
$r = $db->run(
"SELECT id,height FROM blocks WHERE height>=:height ORDER by height ASC LIMIT 100",
[":height" => $height]
);
foreach ($r as $x) {
$blocks[$x['height']] = $block->export($x['id']);
}
api_echo($blocks);
}
// returns a full list of unblacklisted peers in a random order
elseif($q=="getPeers"){
$peers=$db->run("SELECT ip,hostname FROM peers WHERE blacklisted<UNIX_TIMESTAMP() ORDER by RAND()");
} // returns a full list of unblacklisted peers in a random order
elseif ($q == "getPeers") {
$peers = $db->run("SELECT ip,hostname FROM peers WHERE blacklisted<UNIX_TIMESTAMP() ORDER by RAND()");
api_echo($peers);
} else {
api_err("Invalid request");
}
?>
} else {
api_err("Invalid request");
}

View File

@@ -25,116 +25,153 @@ OR OTHER DEALINGS IN THE SOFTWARE.
*/
set_time_limit(360);
require_once("include/init.inc.php");
$block= new Block();
$block = new Block();
$type=san($argv[1]);
$id=san($argv[2]);
$debug=false;
$linear=false;
$type = san($argv[1]);
$id = san($argv[2]);
$debug = false;
$linear = false;
// if debug mode, all data is printed to console, no background processes
if(trim($argv[5])=='debug') $debug=true;
if(trim($argv[5])=='linear') $linear=true;
$peer=san(trim($argv[3]));
if (trim($argv[5]) == 'debug') {
$debug = true;
}
if (trim($argv[5]) == 'linear') {
$linear = true;
}
$peer = san(trim($argv[3]));
// broadcasting a block to all peers
if((empty($peer)||$peer=='all')&&$type=="block"){
$whr="";
if($id=="current") {
$current=$block->current();
$id=$current['id'];
}
$data=$block->export($id);
$id=san($id);
if($data===false||empty($data)) die("Could not export block");
$data=json_encode($data);
// cache it to reduce the load
$res=file_put_contents("tmp/$id",$data);
if($res===false) die("Could not write the cache file");
// broadcasting to all peers
$ewhr="";
// boradcasting to only certain peers
if($linear==true) $ewhr=" ORDER by RAND() LIMIT 5";
$r=$db->run("SELECT * FROM peers WHERE blacklisted < UNIX_TIMESTAMP() AND reserve=0 $ewhr");
foreach($r as $x) {
// encode the hostname in base58 and sanitize the IP to avoid any second order shell injections
$host=base58_encode($x['hostname']);
$ip=filter_var($x['ip'], FILTER_VALIDATE_IP, FILTER_FLAG_NO_PRIV_RANGE | FILTER_FLAG_NO_RES_RANGE);
// fork a new process to send the blocks async
if($debug) system("php propagate.php '$type' '$id' '$host' '$ip' debug");
elseif($linear) system("php propagate.php '$type' '$id' '$host' '$ip' linear");
else system("php propagate.php '$type' '$id' '$host' 'ip' > /dev/null 2>&1 &");
}
exit;
if ((empty($peer) || $peer == 'all') && $type == "block") {
$whr = "";
if ($id == "current") {
$current = $block->current();
$id = $current['id'];
}
$data = $block->export($id);
$id = san($id);
if ($data === false || empty($data)) {
die("Could not export block");
}
$data = json_encode($data);
// cache it to reduce the load
$res = file_put_contents("tmp/$id", $data);
if ($res === false) {
die("Could not write the cache file");
}
// broadcasting to all peers
$ewhr = "";
// boradcasting to only certain peers
if ($linear == true) {
$ewhr = " ORDER by RAND() LIMIT 5";
}
$r = $db->run("SELECT * FROM peers WHERE blacklisted < UNIX_TIMESTAMP() AND reserve=0 $ewhr");
foreach ($r as $x) {
// encode the hostname in base58 and sanitize the IP to avoid any second order shell injections
$host = base58_encode($x['hostname']);
$ip = filter_var($x['ip'], FILTER_VALIDATE_IP, FILTER_FLAG_NO_PRIV_RANGE | FILTER_FLAG_NO_RES_RANGE);
// fork a new process to send the blocks async
if ($debug) {
system("php propagate.php '$type' '$id' '$host' '$ip' debug");
} elseif ($linear) {
system("php propagate.php '$type' '$id' '$host' '$ip' linear");
} else {
system("php propagate.php '$type' '$id' '$host' 'ip' > /dev/null 2>&1 &");
}
}
exit;
}
// broadcast a block to a single peer (usually a forked process from above)
if($type=="block"){
// current block or read cache
if($id=="current"){
$current=$block->current();
$data=$block->export($current['id']);
if(!$data) { echo "Invalid Block data"; exit; }
} else {
$data=file_get_contents("tmp/$id");
if(empty($data)) { echo "Invalid Block data"; exit; }
$data=json_decode($data,true);
}
$hostname=base58_decode($peer);
// send the block as POST to the peer
echo "Block sent to $hostname:\n";
$response= peer_post($hostname."/peer.php?q=submitBlock",$data,60, $debug);
if($response=="block-ok") { echo "Block $i accepted. Exiting.\n"; exit;}
elseif($response['request']=="microsync"){
// the peer requested us to send more blocks, as it's behind
echo "Microsync request\n";
$height=intval($response['height']);
$bl=san($response['block']);
$current=$block->current();
// maximum microsync is 10 blocks, for more, the peer should sync by sanity
if($current['height']-$height>10) { echo "Height Differece too high\n"; exit; }
$last_block=$block->get($height);
// if their last block does not match our blockchain/fork, ignore the request
if ($last_block['id'] != $bl ) { echo "Last block does not match\n"; exit; }
echo "Sending the requested blocks\n";
//start sending the requested block
for($i=$height+1;$i<=$current['height'];$i++){
$data=$block->export("",$i);
$response = peer_post($hostname."/peer.php?q=submitBlock",$data,60,$debug);
if($response!="block-ok") { echo "Block $i not accepted. Exiting.\n"; exit;}
echo "Block\t$i\t accepted\n";
}
} elseif($response=="reverse-microsanity"){
// the peer informe us that we should run a microsanity
echo "Running microsanity\n";
$ip=trim($argv[4]);
$ip=filter_var($ip, FILTER_VALIDATE_IP, FILTER_FLAG_NO_PRIV_RANGE | FILTER_FLAG_NO_RES_RANGE);
if(empty($ip)) die("Invalid IP");
// fork a microsanity in a new process
system("php sanity.php microsanity '$ip' > /dev/null 2>&1 &");
}
else echo "Block not accepted!\n";
if ($type == "block") {
// current block or read cache
if ($id == "current") {
$current = $block->current();
$data = $block->export($current['id']);
if (!$data) {
echo "Invalid Block data";
exit;
}
} else {
$data = file_get_contents("tmp/$id");
if (empty($data)) {
echo "Invalid Block data";
exit;
}
$data = json_decode($data, true);
}
$hostname = base58_decode($peer);
// send the block as POST to the peer
echo "Block sent to $hostname:\n";
$response = peer_post($hostname."/peer.php?q=submitBlock", $data, 60, $debug);
if ($response == "block-ok") {
echo "Block $i accepted. Exiting.\n";
exit;
} elseif ($response['request'] == "microsync") {
// the peer requested us to send more blocks, as it's behind
echo "Microsync request\n";
$height = intval($response['height']);
$bl = san($response['block']);
$current = $block->current();
// maximum microsync is 10 blocks, for more, the peer should sync by sanity
if ($current['height'] - $height > 10) {
echo "Height Differece too high\n";
exit;
}
$last_block = $block->get($height);
// if their last block does not match our blockchain/fork, ignore the request
if ($last_block['id'] != $bl) {
echo "Last block does not match\n";
exit;
}
echo "Sending the requested blocks\n";
//start sending the requested block
for ($i = $height + 1; $i <= $current['height']; $i++) {
$data = $block->export("", $i);
$response = peer_post($hostname."/peer.php?q=submitBlock", $data, 60, $debug);
if ($response != "block-ok") {
echo "Block $i not accepted. Exiting.\n";
exit;
}
echo "Block\t$i\t accepted\n";
}
} elseif ($response == "reverse-microsanity") {
// the peer informe us that we should run a microsanity
echo "Running microsanity\n";
$ip = trim($argv[4]);
$ip = filter_var($ip, FILTER_VALIDATE_IP, FILTER_FLAG_NO_PRIV_RANGE | FILTER_FLAG_NO_RES_RANGE);
if (empty($ip)) {
die("Invalid IP");
}
// fork a microsanity in a new process
system("php sanity.php microsanity '$ip' > /dev/null 2>&1 &");
} else {
echo "Block not accepted!\n";
}
}
// broadcast a transaction to some peers
if($type=="transaction"){
if ($type == "transaction") {
$trx = new Transaction();
// get the transaction data
$data = $trx->export($id);
$trx=new Transaction;
// get the transaction data
$data=$trx->export($id);
if(!$data){ echo "Invalid transaction id\n"; exit; }
// if the transaction was first sent locally, we will send it to all our peers, otherwise to just a few
if($data['peer']=="local") $r=$db->run("SELECT hostname FROM peers WHERE blacklisted < UNIX_TIMESTAMP()");
else $r=$db->run("SELECT hostname FROM peers WHERE blacklisted < UNIX_TIMESTAMP() AND reserve=0 ORDER by RAND() LIMIT ".intval($_config['transaction_propagation_peers']));
foreach($r as $x){
$res= peer_post($x['hostname']."/peer.php?q=submitTransaction",$data);
if(!$res) echo "Transaction not accepted\n";
else echo "Transaction accepted\n";
}
if (!$data) {
echo "Invalid transaction id\n";
exit;
}
// if the transaction was first sent locally, we will send it to all our peers, otherwise to just a few
if ($data['peer'] == "local") {
$r = $db->run("SELECT hostname FROM peers WHERE blacklisted < UNIX_TIMESTAMP()");
} else {
$r = $db->run("SELECT hostname FROM peers WHERE blacklisted < UNIX_TIMESTAMP() AND reserve=0 ORDER by RAND() LIMIT ".intval($_config['transaction_propagation_peers']));
}
foreach ($r as $x) {
$res = peer_post($x['hostname']."/peer.php?q=submitTransaction", $data);
if (!$res) {
echo "Transaction not accepted\n";
} else {
echo "Transaction accepted\n";
}
}
}
?>

View File

@@ -27,282 +27,349 @@ set_time_limit(0);
error_reporting(0);
// make sure it's not accessible in the browser
if(php_sapi_name() !== 'cli') die("This should only be run as cli");
if (php_sapi_name() !== 'cli') {
die("This should only be run as cli");
}
// make sure there's only a single sanity process running at the same time
if(file_exists("tmp/sanity-lock")){
$ignore_lock=false;
if($argv[1]=="force"){
$res=intval(shell_exec("ps aux|grep sanity.php|grep -v grep|wc -l"));
if($res==1){
$ignore_lock=true;
}
}
$pid_time=filemtime("tmp/sanity-lock");
// if the process died, restart after 1day
if(time()-$pid_time>86400){
@unlink("tmp/sanity-lock");
}
if(!$ignore_lock) die("Sanity lock in place");
if (file_exists("tmp/sanity-lock")) {
$ignore_lock = false;
if ($argv[1] == "force") {
$res = intval(shell_exec("ps aux|grep sanity.php|grep -v grep|wc -l"));
if ($res == 1) {
$ignore_lock = true;
}
}
$pid_time = filemtime("tmp/sanity-lock");
// if the process died, restart after 1day
if (time() - $pid_time > 86400) {
@unlink("tmp/sanity-lock");
}
if (!$ignore_lock) {
die("Sanity lock in place");
}
}
// set the new sanity lock
$lock = fopen("tmp/sanity-lock", "w");
fclose($lock);
$arg=trim($argv[1]);
$arg2=trim($argv[2]);
$arg = trim($argv[1]);
$arg2 = trim($argv[2]);
echo "Sleeping for 3 seconds\n";
// sleep for 3 seconds to make sure there's a delay between starting the sanity and other processes
if($arg!="microsanity") sleep(3);
if ($arg != "microsanity") {
sleep(3);
}
require_once("include/init.inc.php");
// the sanity can't run without the schema being installed
if($_config['dbversion']<2){
die("DB schema not created");
@unlink("tmp/sanity-lock");
exit;
if ($_config['dbversion'] < 2) {
die("DB schema not created");
@unlink("tmp/sanity-lock");
exit;
}
$block=new Block();
$acc=new Account();
$current=$block->current();
$block = new Block();
$acc = new Account();
$current = $block->current();
// the microsanity process is an anti-fork measure that will determine the best blockchain to choose for the last block
$microsanity=false;
if($arg=="microsanity"&&!empty($arg2)){
$microsanity = false;
if ($arg == "microsanity" && !empty($arg2)) {
do {
// the microsanity runs only against 1 specific peer
$x = $db->row(
"SELECT id,hostname FROM peers WHERE reserve=0 AND blacklisted<UNIX_TIMESTAMP() AND ip=:ip",
[":ip" => $arg2]
);
do {
// the microsanity runs only against 1 specific peer
$x=$db->row("SELECT id,hostname FROM peers WHERE reserve=0 AND blacklisted<UNIX_TIMESTAMP() AND ip=:ip",array(":ip"=>$arg2));
if (!$x) {
echo "Invalid node - $arg2\n";
break;
}
$url = $x['hostname']."/peer.php?q=";
$data = peer_post($url."getBlock", ["height" => $current['height']]);
if(!$x){ echo "Invalid node - $arg2\n"; break; }
$url=$x['hostname']."/peer.php?q=";
$data=peer_post($url."getBlock",array("height"=>$current['height']));
if (!$data) {
echo "Invalid getBlock result\n";
break;
}
$data['id'] = san($data['id']);
$data['height'] = san($data['height']);
// nothing to be done, same blockchain
if ($data['id'] == $current['id']) {
echo "Same block\n";
break;
}
if(!$data) {echo "Invalid getBlock result\n"; break; }
$data['id']=san($data['id']);
$data['height']=san($data['height']);
// nothing to be done, same blockchain
if($data['id']==$current['id']) {echo "Same block\n"; break;}
// the blockchain with the most transactions wins the fork (to encourage the miners to include as many transactions as possible) / might backfire on garbage
if ($current['transactions'] > $data['transactions']) {
echo "Block has less transactions\n";
break;
} elseif ($current['transactions'] == $data['transactions']) {
// transform the first 12 chars into an integer and choose the blockchain with the biggest value
$no1 = hexdec(substr(coin2hex($current['id']), 0, 12));
$no2 = hexdec(substr(coin2hex($data['id']), 0, 12));
// the blockchain with the most transactions wins the fork (to encourage the miners to include as many transactions as possible) / might backfire on garbage
if($current['transactions']>$data['transactions']){
echo "Block has less transactions\n";
break;
} elseif($current['transactions']==$data['transactions']) {
// transform the first 12 chars into an integer and choose the blockchain with the biggest value
$no1=hexdec(substr(coin2hex($current['id']),0,12));
$no2=hexdec(substr(coin2hex($data['id']),0,12));
if (gmp_cmp($no1, $no2) != -1) {
echo "Block hex larger than current\n";
break;
}
}
// make sure the block is valid
$prev = $block->get($current['height'] - 1);
$public = $acc->public_key($data['generator']);
if (!$block->mine(
$public,
$data['nonce'],
$data['argon'],
$block->difficulty($current['height'] - 1),
$prev['id'],
$prev['height']
)) {
echo "Invalid prev-block\n";
break;
}
if (!$block->check($data)) {
break;
}
if(gmp_cmp($no1,$no2)!=-1){
echo "Block hex larger than current\n";
break;
}
}
// make sure the block is valid
$prev = $block->get($current['height']-1);
$public=$acc->public_key($data['generator']);
if(!$block->mine($public, $data['nonce'],$data['argon'],$block->difficulty($current['height']-1),$prev['id'], $prev['height'])) { echo "Invalid prev-block\n"; break;}
if(!$block->check($data)) break;
// delete the last block
$block->pop(1);
// delete the last block
$block->pop(1);
// add the new block
echo "Starting to sync last block from $x[hostname]\n";
$b=$data;
$res=$block->add($b['height'], $b['public_key'], $b['nonce'], $b['data'], $b['date'], $b['signature'], $b['difficulty'], $b['reward_signature'], $b['argon']);
if(!$res) {
// add the new block
echo "Starting to sync last block from $x[hostname]\n";
$b = $data;
$res = $block->add(
$b['height'],
$b['public_key'],
$b['nonce'],
$b['data'],
$b['date'],
$b['signature'],
$b['difficulty'],
$b['reward_signature'],
$b['argon']
);
if (!$res) {
_log("Block add: could not add block - $b[id] - $b[height]");
_log("Block add: could not add block - $b[id] - $b[height]");
break;
}
break;
}
_log("Synced block from $host - $b[height] $b[difficulty]");
} while (0);
_log("Synced block from $host - $b[height] $b[difficulty]");
} while(0);
@unlink("tmp/sanity-lock");
exit;
@unlink("tmp/sanity-lock");
exit;
}
$t=time();
$t = time();
//if($t-$_config['sanity_last']<300) {@unlink("tmp/sanity-lock"); die("The sanity cron was already run recently"); }
_log("Starting sanity");
// update the last time sanity ran, to set the execution of the next run
$db->run("UPDATE config SET val=:time WHERE cfg='sanity_last'",array(":time"=>$t));
$block_peers=array();
$longest_size=0;
$longest=0;
$blocks=array();
$blocks_count=array();
$most_common="";
$most_common_size=0;
$total_active_peers=0;
$db->run("UPDATE config SET val=:time WHERE cfg='sanity_last'", [":time" => $t]);
$block_peers = [];
$longest_size = 0;
$longest = 0;
$blocks = [];
$blocks_count = [];
$most_common = "";
$most_common_size = 0;
$total_active_peers = 0;
// checking peers
// delete the dead peers
$db->run("DELETE from peers WHERE fails>100 OR stuckfail>200");
$r=$db->run("SELECT id,hostname,stuckfail,fails FROM peers WHERE reserve=0 AND blacklisted<UNIX_TIMESTAMP()");
$r = $db->run("SELECT id,hostname,stuckfail,fails FROM peers WHERE reserve=0 AND blacklisted<UNIX_TIMESTAMP()");
$total_peers=count($r);
$total_peers = count($r);
$peered=array();
$peered = [];
// if we have no peers, get the seed list from the official site
if($total_peers==0&&$_config['testnet']==false){
$i=0;
echo "No peers found. Attempting to get peers from arionum.com\n";
$f=file("https://www.arionum.com/peers.txt");
shuffle($f);
// we can't connect to arionum.com
if(count($f)<2){ @unlink("tmp/sanity-lock"); die("Could nto connect to arionum.com! Will try later!\n"); }
foreach($f as $peer){
//peer with all until max_peers, this will ask them to send a peering request to our peer.php where we add their peer to the db.
$peer=trim(san_host($peer));
$bad_peers=array("127.0.0.1","localhost","10.0.0","192.168.0");
if(str_replace($bad_peers,"",$peer)!=$peer) continue;
$peer = filter_var($peer, FILTER_SANITIZE_URL);
if (!filter_var($peer, FILTER_VALIDATE_URL)) continue;
// store the hostname as md5 hash, for easier checking
$pid=md5($peer);
// do not peer if we are already peered
if($peered[$pid]==1) continue;
$peered[$pid]=1;
$res=peer_post($peer."/peer.php?q=peer",array("hostname"=>$_config['hostname'], "repeer"=>1));
if($res!==false) {$i++; echo "Peering OK - $peer\n"; }
else echo "Peering FAIL - $peer\n";
if($i>$_config['max_peers']) break;
}
// count the total peers we have
$r=$db->run("SELECT id,hostname FROM peers WHERE reserve=0 AND blacklisted<UNIX_TIMESTAMP()");
$total_peers=count($r);
if($total_peers==0){
// something went wrong, could nto add any peers -> exit
@unlink("tmp/sanity-lock");
die("Could not peer to any peers! Please check internet connectivity!\n");
}
if ($total_peers == 0 && $_config['testnet'] == false) {
$i = 0;
echo "No peers found. Attempting to get peers from arionum.com\n";
$f = file("https://www.arionum.com/peers.txt");
shuffle($f);
// we can't connect to arionum.com
if (count($f) < 2) {
@unlink("tmp/sanity-lock");
die("Could nto connect to arionum.com! Will try later!\n");
}
foreach ($f as $peer) {
//peer with all until max_peers, this will ask them to send a peering request to our peer.php where we add their peer to the db.
$peer = trim(san_host($peer));
$bad_peers = ["127.0.0.1", "localhost", "10.0.0", "192.168.0"];
if (str_replace($bad_peers, "", $peer) != $peer) {
continue;
}
$peer = filter_var($peer, FILTER_SANITIZE_URL);
if (!filter_var($peer, FILTER_VALIDATE_URL)) {
continue;
}
// store the hostname as md5 hash, for easier checking
$pid = md5($peer);
// do not peer if we are already peered
if ($peered[$pid] == 1) {
continue;
}
$peered[$pid] = 1;
$res = peer_post($peer."/peer.php?q=peer", ["hostname" => $_config['hostname'], "repeer" => 1]);
if ($res !== false) {
$i++;
echo "Peering OK - $peer\n";
} else {
echo "Peering FAIL - $peer\n";
}
if ($i > $_config['max_peers']) {
break;
}
}
// count the total peers we have
$r = $db->run("SELECT id,hostname FROM peers WHERE reserve=0 AND blacklisted<UNIX_TIMESTAMP()");
$total_peers = count($r);
if ($total_peers == 0) {
// something went wrong, could nto add any peers -> exit
@unlink("tmp/sanity-lock");
die("Could not peer to any peers! Please check internet connectivity!\n");
}
}
// contact all the active peers
foreach($r as $x){
_log("Contacting peer $x[hostname]");
$url=$x['hostname']."/peer.php?q=";
// get their peers list
$data=peer_post($url."getPeers",array(),5);
if($data===false) {
_log("Peer $x[hostname] unresponsive");
// if the peer is unresponsive, mark it as failed and blacklist it for a while
$db->run("UPDATE peers SET fails=fails+1, blacklisted=UNIX_TIMESTAMP()+((fails+1)*3600) WHERE id=:id",array(":id"=>$x['id']));
continue;
}
foreach ($r as $x) {
_log("Contacting peer $x[hostname]");
$url = $x['hostname']."/peer.php?q=";
// get their peers list
$data = peer_post($url."getPeers", [], 5);
if ($data === false) {
_log("Peer $x[hostname] unresponsive");
// if the peer is unresponsive, mark it as failed and blacklist it for a while
$db->run(
"UPDATE peers SET fails=fails+1, blacklisted=UNIX_TIMESTAMP()+((fails+1)*3600) WHERE id=:id",
[":id" => $x['id']]
);
continue;
}
$i=0;
foreach($data as $peer){
// store the hostname as md5 hash, for easier checking
$peer['hostname']=san_host($peer['hostname']);
$peer['ip']=san_ip($peer['ip']);
$pid=md5($peer['hostname']);
// do not peer if we are already peered
if($peered[$pid]==1) continue;
$peered[$pid]=1;
$bad_peers=array("127.0.0.1","localhost","10.0.0.","192.168.0.");
if(str_replace($bad_peers,"",$peer['hostname'])!=$peer['hostname']) continue;
// if it's our hostname, ignore
if($peer['hostname']==$_config['hostname']) continue;
// if invalid hostname, ignore
if (!filter_var($peer['hostname'], FILTER_VALIDATE_URL)) continue;
// make sure there's no peer in db with this ip or hostname
if(!$db->single("SELECT COUNT(1) FROM peers WHERE ip=:ip or hostname=:hostname",array(":ip"=>$peer['ip'],":hostname"=>$peer['hostname']))){
$i++;
// check a max_test_peers number of peers from each peer
if($i>$_config['max_test_peers']) break;
$peer['hostname'] = filter_var($peer['hostname'], FILTER_SANITIZE_URL);
// peer with each one
_log("Trying to peer with recommended peer: $peer[hostname]");
$test=peer_post($peer['hostname']."/peer.php?q=peer",array("hostname"=>$_config['hostname']),5);
if($test!==false){
$total_peers++;
echo "Peered with: $peer[hostname]\n";
}
}
}
// get the current block and check it's blockchain
$data=peer_post($url."currentBlock",array(),5);
if($data===false) continue;
// peer was responsive, mark it as good
if($x['fails']>0) $db->run("UPDATE peers SET fails=0 WHERE id=:id",array(":id"=>$x['id']));
$data['id']=san($data['id']);
$data['height']=san($data['height']);
if($data['height']<$current['height']-500) {
$db->run("UPDATE peers SET stuckfail=stuckfail+1, blacklisted=UNIX_TIMESTAMP()+7200 WHERE id=:id",array(":id"=>$x['id']));
continue;
} else {
if($x['stuckfail']>0) $db->run("UPDATE peers SET stuckfail=0 WHERE id=:id",array(":id"=>$x['id']));
}
$total_active_peers++;
// add the hostname and block relationship to an array
$block_peers[$data['id']][]=$x['hostname'];
// count the number of peers with this block id
$blocks_count[$data['id']]++;
// keep block data for this block id
$blocks[$data['id']]=$data;
// set the most common block on all peers
if($blocks_count[$data['id']]>$most_common_size){
$most_common=$data['id'];
$most_common_size=$blocks_count[$data['id']];
}
// set the largest height block
if($data['height']>$largest_height){
$largest_height=$data['height'];
$largest_height_block=$data['id'];
} elseif($data['height']==$largest_height&&$data['id']!=$largest_height_block){
// if there are multiple blocks on the largest height, choose one with the smallest (hardest) difficulty
if($data['difficulty']==$blocks[$largest_height_block]['difficulty']){
// if they have the same difficulty, choose if it's most common
if($most_common==$data['id']){
$largest_height=$data['height'];
$largest_height_block=$data['id'];
} else {
// if this block has more transactions, declare it as winner
if($blocks[$largest_height_block]['transactions']<$data['transactions']){
$largest_height=$data['height'];
$largest_height_block=$data['id'];
} elseif($blocks[$largest_height_block]['transactions']==$data['transactions']) {
// if the blocks have the same number of transactions, choose the one with the highest derived integer from the first 12 hex characters
$no1=hexdec(substr(coin2hex($largest_height_block),0,12));
$no2=hexdec(substr(coin2hex($data['id']),0,12));
if(gmp_cmp($no1,$no2)==1){
$largest_height=$data['height'];
$largest_height_block=$data['id'];
}
}
}
} elseif($data['difficulty']<$blocks[$largest_height_block]['difficulty']){
// choose smallest (hardest) difficulty
$largest_height=$data['height'];
$largest_height_block=$data['id'];
}
}
$i = 0;
foreach ($data as $peer) {
// store the hostname as md5 hash, for easier checking
$peer['hostname'] = san_host($peer['hostname']);
$peer['ip'] = san_ip($peer['ip']);
$pid = md5($peer['hostname']);
// do not peer if we are already peered
if ($peered[$pid] == 1) {
continue;
}
$peered[$pid] = 1;
$bad_peers = ["127.0.0.1", "localhost", "10.0.0.", "192.168.0."];
if (str_replace($bad_peers, "", $peer['hostname']) != $peer['hostname']) {
continue;
}
// if it's our hostname, ignore
if ($peer['hostname'] == $_config['hostname']) {
continue;
}
// if invalid hostname, ignore
if (!filter_var($peer['hostname'], FILTER_VALIDATE_URL)) {
continue;
}
// make sure there's no peer in db with this ip or hostname
if (!$db->single(
"SELECT COUNT(1) FROM peers WHERE ip=:ip or hostname=:hostname",
[":ip" => $peer['ip'], ":hostname" => $peer['hostname']]
)) {
$i++;
// check a max_test_peers number of peers from each peer
if ($i > $_config['max_test_peers']) {
break;
}
$peer['hostname'] = filter_var($peer['hostname'], FILTER_SANITIZE_URL);
// peer with each one
_log("Trying to peer with recommended peer: $peer[hostname]");
$test = peer_post($peer['hostname']."/peer.php?q=peer", ["hostname" => $_config['hostname']], 5);
if ($test !== false) {
$total_peers++;
echo "Peered with: $peer[hostname]\n";
}
}
}
// get the current block and check it's blockchain
$data = peer_post($url."currentBlock", [], 5);
if ($data === false) {
continue;
}
// peer was responsive, mark it as good
if ($x['fails'] > 0) {
$db->run("UPDATE peers SET fails=0 WHERE id=:id", [":id" => $x['id']]);
}
$data['id'] = san($data['id']);
$data['height'] = san($data['height']);
if ($data['height'] < $current['height'] - 500) {
$db->run(
"UPDATE peers SET stuckfail=stuckfail+1, blacklisted=UNIX_TIMESTAMP()+7200 WHERE id=:id",
[":id" => $x['id']]
);
continue;
} else {
if ($x['stuckfail'] > 0) {
$db->run("UPDATE peers SET stuckfail=0 WHERE id=:id", [":id" => $x['id']]);
}
}
$total_active_peers++;
// add the hostname and block relationship to an array
$block_peers[$data['id']][] = $x['hostname'];
// count the number of peers with this block id
$blocks_count[$data['id']]++;
// keep block data for this block id
$blocks[$data['id']] = $data;
// set the most common block on all peers
if ($blocks_count[$data['id']] > $most_common_size) {
$most_common = $data['id'];
$most_common_size = $blocks_count[$data['id']];
}
// set the largest height block
if ($data['height'] > $largest_height) {
$largest_height = $data['height'];
$largest_height_block = $data['id'];
} elseif ($data['height'] == $largest_height && $data['id'] != $largest_height_block) {
// if there are multiple blocks on the largest height, choose one with the smallest (hardest) difficulty
if ($data['difficulty'] == $blocks[$largest_height_block]['difficulty']) {
// if they have the same difficulty, choose if it's most common
if ($most_common == $data['id']) {
$largest_height = $data['height'];
$largest_height_block = $data['id'];
} else {
// if this block has more transactions, declare it as winner
if ($blocks[$largest_height_block]['transactions'] < $data['transactions']) {
$largest_height = $data['height'];
$largest_height_block = $data['id'];
} elseif ($blocks[$largest_height_block]['transactions'] == $data['transactions']) {
// if the blocks have the same number of transactions, choose the one with the highest derived integer from the first 12 hex characters
$no1 = hexdec(substr(coin2hex($largest_height_block), 0, 12));
$no2 = hexdec(substr(coin2hex($data['id']), 0, 12));
if (gmp_cmp($no1, $no2) == 1) {
$largest_height = $data['height'];
$largest_height_block = $data['id'];
}
}
}
} elseif ($data['difficulty'] < $blocks[$largest_height_block]['difficulty']) {
// choose smallest (hardest) difficulty
$largest_height = $data['height'];
$largest_height_block = $data['id'];
}
}
}
echo "Most common: $most_common\n";
echo "Most common block: $most_common_size\n";
@@ -310,102 +377,141 @@ echo "Max height: $largest_height\n";
echo "Current block: $current[height]\n";
// if we're not on the largest height
if($current['height']<$largest_height&&$largest_height>1){
// start sanity sync / block all other transactions/blocks
$db->run("UPDATE config SET val=1 WHERE cfg='sanity_sync'");
sleep(10);
_log("Longest chain rule triggered - $largest_height - $largest_height_block");
// choose the peers which have the larget height block
$peers=$block_peers[$largest_height_block];
shuffle($peers);
// sync from them
foreach($peers as $host){
_log("Starting to sync from $host");
$url=$host."/peer.php?q=";
$data=peer_post($url."getBlock",array("height"=>$current['height']),60);
// invalid data
if($data===false){ _log("Could not get block from $host - $current[height]"); continue; }
$data['id']=san($data['id']);
$data['height']=san($data['height']);
if ($current['height'] < $largest_height && $largest_height > 1) {
// start sanity sync / block all other transactions/blocks
$db->run("UPDATE config SET val=1 WHERE cfg='sanity_sync'");
sleep(10);
_log("Longest chain rule triggered - $largest_height - $largest_height_block");
// choose the peers which have the larget height block
$peers = $block_peers[$largest_height_block];
shuffle($peers);
// sync from them
foreach ($peers as $host) {
_log("Starting to sync from $host");
$url = $host."/peer.php?q=";
$data = peer_post($url."getBlock", ["height" => $current['height']], 60);
// invalid data
if ($data === false) {
_log("Could not get block from $host - $current[height]");
continue;
}
$data['id'] = san($data['id']);
$data['height'] = san($data['height']);
// if we're not on the same blockchain but the blockchain is most common with over 90% of the peers, delete the last 3 blocks and retry
if($data['id']!=$current['id']&&$data['id']==$most_common&&($most_common_size/$total_active_peers)>0.90){
$block->delete($current['height']-3);
$current=$block->current();
$data=peer_post($url."getBlock",array("height"=>$current['height']));
// if we're not on the same blockchain but the blockchain is most common with over 90% of the peers, delete the last 3 blocks and retry
if ($data['id'] != $current['id'] && $data['id'] == $most_common && ($most_common_size / $total_active_peers) > 0.90) {
$block->delete($current['height'] - 3);
$current = $block->current();
$data = peer_post($url."getBlock", ["height" => $current['height']]);
if($data===false){_log("Could not get block from $host - $current[height]"); break; }
if ($data === false) {
_log("Could not get block from $host - $current[height]");
break;
}
} elseif ($data['id'] != $current['id'] && $data['id'] != $most_common) {
//if we're not on the same blockchain and also it's not the most common, verify all the blocks on on this blockchain starting at current-10 until current
$invalid = false;
$last_good = $current['height'];
for ($i = $current['height'] - 10; $i < $current['height']; $i++) {
$data = peer_post($url."getBlock", ["height" => $i]);
if ($data === false) {
$invalid = true;
break;
}
$ext = $block->get($i);
if ($i == $current['height'] - 10 && $ext['id'] != $data['id']) {
$invalid = true;
break;
}
}elseif($data['id']!=$current['id']&&$data['id']!=$most_common){
//if we're not on the same blockchain and also it's not the most common, verify all the blocks on on this blockchain starting at current-10 until current
$invalid=false;
$last_good=$current['height'];
for($i=$current['height']-10;$i<$current['height'];$i++){
$data=peer_post($url."getBlock",array("height"=>$i));
if($data===false){ $invalid=true; break; }
$ext=$block->get($i);
if($i==$current['height']-10&&$ext['id']!=$data['id']){ $invalid=true; break; }
if ($ext['id'] == $data['id']) {
$last_good = $i;
}
}
// if last 10 blocks are good, verify all the blocks
if ($invalid == false) {
$cblock = [];
for ($i = $last_good; $i <= $largest_height; $i++) {
$data = peer_post($url."getBlock", ["height" => $i]);
if ($data === false) {
$invalid = true;
break;
}
$cblock[$i] = $data;
}
// check if the block mining data is correct
for ($i = $last_good + 1; $i <= $largest_height; $i++) {
if (!$block->mine(
$cblock[$i]['public_key'],
$cblock[$i]['nonce'],
$cblock[$i]['argon'],
$cblock[$i]['difficulty'],
$cblock[$i - 1]['id'],
$cblock[$i - 1]['height']
)) {
$invalid = true;
break;
}
}
}
// if the blockchain proves ok, delete until the last block
if ($invalid == false) {
$block->delete($last_good);
$current = $block->current();
$data = $current;
}
}
// if current still doesn't match the data, something went wrong
if ($data['id'] != $current['id']) {
continue;
}
// start syncing all blocks
while ($current['height'] < $largest_height) {
$data = peer_post($url."getBlocks", ["height" => $current['height'] + 1]);
if($ext['id']==$data['id']) $last_good=$i;
if ($data === false) {
_log("Could not get blocks from $host - height: $current[height]");
break;
}
$good_peer = true;
foreach ($data as $b) {
$b['id'] = san($b['id']);
$b['height'] = san($b['height']);
}
// if last 10 blocks are good, verify all the blocks
if($invalid==false) {
$cblock=array();
for($i=$last_good;$i<=$largest_height;$i++){
$data=peer_post($url."getBlock",array("height"=>$i));
if($data===false){ $invalid=true; break; }
$cblock[$i]=$data;
}
// check if the block mining data is correct
for($i=$last_good+1;$i<=$largest_height;$i++){
if(!$block->mine($cblock[$i]['public_key'], $cblock[$i]['nonce'], $cblock[$i]['argon'], $cblock[$i]['difficulty'], $cblock[$i-1]['id'],$cblock[$i-1]['height'])) {$invalid=true; break; }
}
}
// if the blockchain proves ok, delete until the last block
if($invalid==false){
$block->delete($last_good);
$current=$block->current();
$data=$current;
}
if (!$block->check($b)) {
_log("Block check: could not add block - $b[id] - $b[height]");
$good_peer = false;
break;
}
$res = $block->add(
$b['height'],
$b['public_key'],
$b['nonce'],
$b['data'],
$b['date'],
$b['signature'],
$b['difficulty'],
$b['reward_signature'],
$b['argon']
);
if (!$res) {
_log("Block add: could not add block - $b[id] - $b[height]");
$good_peer = false;
break;
}
}
// if current still doesn't match the data, something went wrong
if($data['id']!=$current['id']) continue;
// start syncing all blocks
while($current['height']<$largest_height){
$data=peer_post($url."getBlocks",array("height"=>$current['height']+1));
if($data===false){_log("Could not get blocks from $host - height: $current[height]"); break; }
$good_peer=true;
foreach($data as $b){
$b['id']=san($b['id']);
$b['height']=san($b['height']);
if(!$block->check($b)){
_log("Block check: could not add block - $b[id] - $b[height]");
$good_peer=false;
break;
}
$res=$block->add($b['height'], $b['public_key'], $b['nonce'], $b['data'], $b['date'], $b['signature'], $b['difficulty'], $b['reward_signature'], $b['argon']);
if(!$res) {
_log("Block add: could not add block - $b[id] - $b[height]");
$good_peer=false;
break;
}
_log("Synced block from $host - $b[height] $b[difficulty]");
}
if(!$good_peer) break;
$current=$block->current();
}
if($good_peer) break;
}
$db->run("UPDATE config SET val=0 WHERE cfg='sanity_sync'",array(":time"=>$t));
_log("Synced block from $host - $b[height] $b[difficulty]");
}
if (!$good_peer) {
break;
}
$current = $block->current();
}
if ($good_peer) {
break;
}
}
$db->run("UPDATE config SET val=0 WHERE cfg='sanity_sync'", [":time" => $t]);
}
@@ -413,96 +519,120 @@ if($current['height']<$largest_height&&$largest_height>1){
$db->run("DELETE FROM `mempool` WHERE `date` < UNIX_TIMESTAMP()-(3600*24*14)");
//rebroadcasting local transactions
if($_config['sanity_rebroadcast_locals']==true){
$r=$db->run("SELECT id FROM mempool WHERE height>=:current and peer='local' order by `height` asc LIMIT 20",array(":current"=>$current['height']));
_log("Rebroadcasting local transactions - ".count($r));
foreach($r as $x){
$x['id']=san($x['id']);
if ($_config['sanity_rebroadcast_locals'] == true) {
$r = $db->run(
"SELECT id FROM mempool WHERE height>=:current and peer='local' order by `height` asc LIMIT 20",
[":current" => $current['height']]
);
_log("Rebroadcasting local transactions - ".count($r));
foreach ($r as $x) {
$x['id'] = san($x['id']);
system("php propagate.php transaction $x[id] > /dev/null 2>&1 &");
$db->run("UPDATE mempool SET height=:current WHERE id=:id",array(":id"=>$x['id'], ":current"=>$current['height']));
}
$db->run(
"UPDATE mempool SET height=:current WHERE id=:id",
[":id" => $x['id'], ":current" => $current['height']]
);
}
}
//rebroadcasting transactions
$forgotten=$current['height']-$_config['sanity_rebroadcast_height'];
$r=$db->run("SELECT id FROM mempool WHERE height<:forgotten ORDER by val DESC LIMIT 10",array(":forgotten"=>$forgotten));
$forgotten = $current['height'] - $_config['sanity_rebroadcast_height'];
$r = $db->run(
"SELECT id FROM mempool WHERE height<:forgotten ORDER by val DESC LIMIT 10",
[":forgotten" => $forgotten]
);
_log("Rebroadcasting external transactions - ".count($r));
foreach($r as $x){
$x['id']=san($x['id']);
system("php propagate.php transaction $x[id] > /dev/null 2>&1 &");
$db->run("UPDATE mempool SET height=:current WHERE id=:id",array(":id"=>$x['id'], ":current"=>$current['height']));
foreach ($r as $x) {
$x['id'] = san($x['id']);
system("php propagate.php transaction $x[id] > /dev/null 2>&1 &");
$db->run("UPDATE mempool SET height=:current WHERE id=:id", [":id" => $x['id'], ":current" => $current['height']]);
}
//add new peers if there aren't enough active
if($total_peers<$_config['max_peers']*0.7){
$res=$_config['max_peers']-$total_peers;
$db->run("UPDATE peers SET reserve=0 WHERE reserve=1 AND blacklisted<UNIX_TIMESTAMP() LIMIT $res");
if ($total_peers < $_config['max_peers'] * 0.7) {
$res = $_config['max_peers'] - $total_peers;
$db->run("UPDATE peers SET reserve=0 WHERE reserve=1 AND blacklisted<UNIX_TIMESTAMP() LIMIT $res");
}
//random peer check
$r=$db->run("SELECT * FROM peers WHERE blacklisted<UNIX_TIMESTAMP() and reserve=1 LIMIT ".$_config['max_test_peers']);
foreach($r as $x){
$url=$x['hostname']."/peer.php?q=";
$data=peer_post($url."ping",array(),5);
if($data===false){
$db->run("UPDATE peers SET fails=fails+1, blacklisted=UNIX_TIMESTAMP()+((fails+1)*60) WHERE id=:id",array(":id"=>$x['id']));
_log("Random reserve peer test $x[hostname] -> FAILED");
}else{
_log("Random reserve peer test $x[hostname] -> OK");
$db->run("UPDATE peers SET fails=0 WHERE id=:id",array(":id"=>$x['id']));
}
$r = $db->run("SELECT * FROM peers WHERE blacklisted<UNIX_TIMESTAMP() and reserve=1 LIMIT ".$_config['max_test_peers']);
foreach ($r as $x) {
$url = $x['hostname']."/peer.php?q=";
$data = peer_post($url."ping", [], 5);
if ($data === false) {
$db->run(
"UPDATE peers SET fails=fails+1, blacklisted=UNIX_TIMESTAMP()+((fails+1)*60) WHERE id=:id",
[":id" => $x['id']]
);
_log("Random reserve peer test $x[hostname] -> FAILED");
} else {
_log("Random reserve peer test $x[hostname] -> OK");
$db->run("UPDATE peers SET fails=0 WHERE id=:id", [":id" => $x['id']]);
}
}
//clean tmp files
_log("Cleaning tmp files");
$f=scandir("tmp/");
$time=time();
foreach($f as $x){
if(strlen($x)<5&&substr($x,0,1)==".") continue;
$pid_time=filemtime("tmp/$x");
if($time-$pid_time>7200) @unlink("tmp/$x");
$f = scandir("tmp/");
$time = time();
foreach ($f as $x) {
if (strlen($x) < 5 && substr($x, 0, 1) == ".") {
continue;
}
$pid_time = filemtime("tmp/$x");
if ($time - $pid_time > 7200) {
@unlink("tmp/$x");
}
}
//recheck the last blocks
if($_config['sanity_recheck_blocks']>0){
_log("Rechecking blocks");
$blocks=array();
$all_blocks_ok=true;
$start=$current['height']-$_config['sanity_recheck_blocks'];
if($start<2) $start=2;
$r=$db->run("SELECT * FROM blocks WHERE height>=:height ORDER by height ASC",array(":height"=>$start));
foreach($r as $x){
$blocks[$x['height']]=$x;
$max_height=$x['height'];
}
if ($_config['sanity_recheck_blocks'] > 0) {
_log("Rechecking blocks");
$blocks = [];
$all_blocks_ok = true;
$start = $current['height'] - $_config['sanity_recheck_blocks'];
if ($start < 2) {
$start = 2;
}
$r = $db->run("SELECT * FROM blocks WHERE height>=:height ORDER by height ASC", [":height" => $start]);
foreach ($r as $x) {
$blocks[$x['height']] = $x;
$max_height = $x['height'];
}
for($i=$start+1;$i<=$max_height;$i++){
$data=$blocks[$i];
for ($i = $start + 1; $i <= $max_height; $i++) {
$data = $blocks[$i];
$key=$db->single("SELECT public_key FROM accounts WHERE id=:id",array(":id"=>$data['generator']));
$key = $db->single("SELECT public_key FROM accounts WHERE id=:id", [":id" => $data['generator']]);
if(!$block->mine($key,$data['nonce'], $data['argon'], $data['difficulty'], $blocks[$i-1]['id'], $blocks[$i-1]['height'])) {
$db->run("UPDATE config SET val=1 WHERE cfg='sanity_sync'");
_log("Invalid block detected. Deleting everything after $data[height] - $data[id]");
sleep(10);
$all_blocks_ok=false;
$block->delete($i);
if (!$block->mine(
$key,
$data['nonce'],
$data['argon'],
$data['difficulty'],
$blocks[$i - 1]['id'],
$blocks[$i - 1]['height']
)) {
$db->run("UPDATE config SET val=1 WHERE cfg='sanity_sync'");
_log("Invalid block detected. Deleting everything after $data[height] - $data[id]");
sleep(10);
$all_blocks_ok = false;
$block->delete($i);
$db->run("UPDATE config SET val=0 WHERE cfg='sanity_sync'");
break;
}
}
if($all_blocks_ok) echo "All checked blocks are ok\n";
$db->run("UPDATE config SET val=0 WHERE cfg='sanity_sync'");
break;
}
}
if ($all_blocks_ok) {
echo "All checked blocks are ok\n";
}
}
_log("Finishing sanity");
@unlink("tmp/sanity-lock");
?>

316
util.php
View File

@@ -24,14 +24,13 @@ OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE
OR OTHER DEALINGS IN THE SOFTWARE.
*/
// make sure it's not accessible in the browser
if(php_sapi_name() !== 'cli') die("This should only be run as cli");
if (php_sapi_name() !== 'cli') {
die("This should only be run as cli");
}
require_once("include/init.inc.php");
$cmd=trim($argv[1]);
$cmd = trim($argv[1]);
/**
* @api {php util.php} clean Clean
@@ -43,16 +42,14 @@ $cmd=trim($argv[1]);
* php util.php clean
*/
if($cmd=='clean'){
$tables=array("blocks","accounts","transactions","mempool");
foreach($tables as $table) $db->run("DELETE FROM {$table}");
if ($cmd == 'clean') {
$tables = ["blocks", "accounts", "transactions", "mempool"];
foreach ($tables as $table) {
$db->run("DELETE FROM {$table}");
}
echo "\n The database has been cleared\n";
}
/**
echo "\n The database has been cleared\n";
} /**
* @api {php util.php} pop Pop
* @apiName pop
* @apiGroup UTIL
@@ -64,13 +61,11 @@ echo "\n The database has been cleared\n";
* php util.php pop 1
*/
elseif($cmd=='pop'){
$no=intval($argv[2]);
$block=new Block;
$block->pop($no);
}
/**
elseif ($cmd == 'pop') {
$no = intval($argv[2]);
$block = new Block();
$block->pop($no);
} /**
* @api {php util.php} block-time Block-time
* @apiName block-time
* @apiGroup UTIL
@@ -86,22 +81,21 @@ elseif($cmd=='pop'){
* Average block time: 217 seconds
*/
elseif($cmd=='block-time'){
$t=time();
$r=$db->run("SELECT * FROM blocks ORDER by height DESC LIMIT 100");
$start=0;
foreach($r as $x){
if($start==0) $start=$x['date'];
$time=$t-$x['date'];
$t=$x['date'];
echo "$x[height] -> $time\n";
$end=$x['date'];
}
echo "Average block time: ".ceil(($start-$end)/100)." seconds\n";
}
/**
elseif ($cmd == 'block-time') {
$t = time();
$r = $db->run("SELECT * FROM blocks ORDER by height DESC LIMIT 100");
$start = 0;
foreach ($r as $x) {
if ($start == 0) {
$start = $x['date'];
}
$time = $t - $x['date'];
$t = $x['date'];
echo "$x[height] -> $time\n";
$end = $x['date'];
}
echo "Average block time: ".ceil(($start - $end) / 100)." seconds\n";
} /**
* @api {php util.php} peer Peer
* @apiName peer
* @apiGroup UTIL
@@ -117,12 +111,14 @@ echo "Average block time: ".ceil(($start-$end)/100)." seconds\n";
*/
elseif($cmd=="peer"){
$res=peer_post($argv[2]."/peer.php?q=peer",array("hostname"=>$_config['hostname']));
if($res!==false) echo "Peering OK\n";
else echo "Peering FAIL\n";
}
/**
elseif ($cmd == "peer") {
$res = peer_post($argv[2]."/peer.php?q=peer", ["hostname" => $_config['hostname']]);
if ($res !== false) {
echo "Peering OK\n";
} else {
echo "Peering FAIL\n";
}
} /**
* @api {php util.php} current Current
* @apiName current
* @apiGroup UTIL
@@ -155,11 +151,10 @@ elseif($cmd=="peer"){
*
*/
elseif ($cmd=="current") {
$block=new Block;
var_dump($block->current());
}
/**
elseif ($cmd == "current") {
$block = new Block();
var_dump($block->current());
} /**
* @api {php util.php} blocks Blocks
* @apiName blocks
* @apiGroup UTIL
@@ -180,16 +175,17 @@ elseif ($cmd=="current") {
* 10805 5RBeWXo2c9NZ7UF2ubztk53PZpiA4tsk3bhXNXbcBk89cNqorNj771Qu4kthQN5hXLtu1hzUnv7nkH33hDxBM34m
*
*/
elseif($cmd=="blocks"){
$height=intval($argv[2]);
$limit=intval($argv[3]);
if($limit<1) $limit=100;
$r=$db->run("SELECT * FROM blocks WHERE height>:height ORDER by height ASC LIMIT $limit",array(":height"=>$height));
foreach($r as $x){
echo "$x[height]\t$x[id]\n";
}
}
/**
elseif ($cmd == "blocks") {
$height = intval($argv[2]);
$limit = intval($argv[3]);
if ($limit < 1) {
$limit = 100;
}
$r = $db->run("SELECT * FROM blocks WHERE height>:height ORDER by height ASC LIMIT $limit", [":height" => $height]);
foreach ($r as $x) {
echo "$x[height]\t$x[id]\n";
}
} /**
* @api {php util.php} recheck-blocks Recheck-Blocks
* @apiName recheck-blocks
* @apiGroup UTIL
@@ -199,26 +195,32 @@ elseif ($cmd=="current") {
* php util.php recheck-blocks
*
*/
elseif($cmd=="recheck-blocks"){
$blocks=array();
$block=new Block();
$r=$db->run("SELECT * FROM blocks ORDER by height ASC");
foreach($r as $x){
$blocks[$x['height']]=$x;
$max_height=$x['height'];
}
for($i=2;$i<=$max_height;$i++){
$data=$blocks[$i];
elseif ($cmd == "recheck-blocks") {
$blocks = [];
$block = new Block();
$r = $db->run("SELECT * FROM blocks ORDER by height ASC");
foreach ($r as $x) {
$blocks[$x['height']] = $x;
$max_height = $x['height'];
}
for ($i = 2; $i <= $max_height; $i++) {
$data = $blocks[$i];
$key=$db->single("SELECT public_key FROM accounts WHERE id=:id",array(":id"=>$data['generator']));
$key = $db->single("SELECT public_key FROM accounts WHERE id=:id", [":id" => $data['generator']]);
if(!$block->mine($key,$data['nonce'], $data['argon'], $data['difficulty'], $blocks[$i-1]['id'],$blocks[$i-1]['height'])) {
_log("Invalid block detected. We should delete everything after $data[height] - $data[id]");
break;
}
}
}
/**
if (!$block->mine(
$key,
$data['nonce'],
$data['argon'],
$data['difficulty'],
$blocks[$i - 1]['id'],
$blocks[$i - 1]['height']
)) {
_log("Invalid block detected. We should delete everything after $data[height] - $data[id]");
break;
}
}
} /**
* @api {php util.php} peers Peers
* @apiName peers
* @apiGroup UTIL
@@ -232,15 +234,16 @@ elseif($cmd=="recheck-blocks"){
* ...
* http://aro.master.hashpi.com active
*/
elseif($cmd=="peers"){
$r=$db->run("SELECT * FROM peers ORDER by reserve ASC");
$status="active";
if($x['reserve']==1) $status="reserve";
foreach($r as $x){
echo "$x[hostname]\t$status\n";
}
}
/**
elseif ($cmd == "peers") {
$r = $db->run("SELECT * FROM peers ORDER by reserve ASC");
$status = "active";
if ($x['reserve'] == 1) {
$status = "reserve";
}
foreach ($r as $x) {
echo "$x[hostname]\t$status\n";
}
} /**
* @api {php util.php} mempool Mempool
* @apiName mempool
* @apiGroup UTIL
@@ -252,12 +255,10 @@ elseif($cmd=="recheck-blocks"){
* @apiSuccessExample {text} Success-Response:
* Mempool size: 12
*/
elseif($cmd=="mempool"){
$res=$db->single("SELECT COUNT(1) from mempool");
echo "Mempool size: $res\n";
}
/**
elseif ($cmd == "mempool") {
$res = $db->single("SELECT COUNT(1) from mempool");
echo "Mempool size: $res\n";
} /**
* @api {php util.php} delete-peer Delete-peer
* @apiName delete-peer
* @apiGroup UTIL
@@ -271,24 +272,25 @@ echo "Mempool size: $res\n";
* @apiSuccessExample {text} Success-Response:
* Peer removed
*/
elseif($cmd=="delete-peer"){
$peer=trim($argv[2]);
if(empty($peer)) die("Invalid peer");
$db->run("DELETE FROM peers WHERE ip=:ip",array(":ip"=>$peer));
echo "Peer removed\n";
}elseif($cmd=="recheck-peers"){
$r=$db->run("SELECT * FROM peers");
foreach($r as $x){
$a=peer_post($x['hostname']."/peer.php?q=ping");
if($a!="pong"){
echo "$x[hostname] -> failed\n";
$db->run("DELETE FROM peers WHERE id=:id",array(":id"=>$x['id']));
} else echo "$x[hostname] ->ok \n";
}
}
/**
elseif ($cmd == "delete-peer") {
$peer = trim($argv[2]);
if (empty($peer)) {
die("Invalid peer");
}
$db->run("DELETE FROM peers WHERE ip=:ip", [":ip" => $peer]);
echo "Peer removed\n";
} elseif ($cmd == "recheck-peers") {
$r = $db->run("SELECT * FROM peers");
foreach ($r as $x) {
$a = peer_post($x['hostname']."/peer.php?q=ping");
if ($a != "pong") {
echo "$x[hostname] -> failed\n";
$db->run("DELETE FROM peers WHERE id=:id", [":id" => $x['id']]);
} else {
echo "$x[hostname] ->ok \n";
}
}
} /**
* @api {php util.php} peers-block Peers-Block
* @apiName peers-block
* @apiGroup UTIL
@@ -302,23 +304,24 @@ elseif($cmd=="delete-peer"){
* ...
* http://peer10.arionum.com 16849
*/
elseif($cmd=="peers-block"){
$only_diff=false;
if($argv[2]=="diff"){
$current=$db->single("SELECT height FROM blocks ORDER by height DESC LIMIT 1");
$only_diff=true;
}
$r=$db->run("SELECT * FROM peers WHERE blacklisted<UNIX_TIMESTAMP()");
foreach($r as $x){
$a=peer_post($x['hostname']."/peer.php?q=currentBlock",array(),5);
$enc=base58_encode($x['hostname']);
if($argv[2]=="debug") echo "$enc\t";
if($only_diff==false||$current!=$a['height']) echo "$x[hostname]\t$a[height]\n";
elseif ($cmd == "peers-block") {
$only_diff = false;
if ($argv[2] == "diff") {
$current = $db->single("SELECT height FROM blocks ORDER by height DESC LIMIT 1");
$only_diff = true;
}
$r = $db->run("SELECT * FROM peers WHERE blacklisted<UNIX_TIMESTAMP()");
foreach ($r as $x) {
$a = peer_post($x['hostname']."/peer.php?q=currentBlock", [], 5);
$enc = base58_encode($x['hostname']);
if ($argv[2] == "debug") {
echo "$enc\t";
}
}
/**
if ($only_diff == false || $current != $a['height']) {
echo "$x[hostname]\t$a[height]\n";
}
}
} /**
* @api {php util.php} balance Balance
* @apiName balance
* @apiGroup UTIL
@@ -333,14 +336,15 @@ elseif($cmd=="peers-block"){
* Balance: 2,487
*/
elseif($cmd=="balance"){
elseif ($cmd == "balance") {
$id = san($argv[2]);
$res = $db->single(
"SELECT balance FROM accounts WHERE id=:id OR public_key=:id2 LIMIT 1",
[":id" => $id, ":id2" => $id]
);
$id=san($argv[2]);
$res=$db->single("SELECT balance FROM accounts WHERE id=:id OR public_key=:id2 LIMIT 1",array(":id"=>$id, ":id2"=>$id));
echo "Balance: ".number_format($res)."\n";
}
/**
echo "Balance: ".number_format($res)."\n";
} /**
* @api {php util.php} block Block
* @apiName block
* @apiGroup UTIL
@@ -373,14 +377,12 @@ elseif($cmd=="balance"){
* int(0)
* }
*/
elseif($cmd=="block"){
$id=san($argv[2]);
$res=$db->row("SELECT * FROM blocks WHERE id=:id OR height=:id2 LIMIT 1",array(":id"=>$id, ":id2"=>$id));
elseif ($cmd == "block") {
$id = san($argv[2]);
$res = $db->row("SELECT * FROM blocks WHERE id=:id OR height=:id2 LIMIT 1", [":id" => $id, ":id2" => $id]);
var_dump($res);
}
/**
var_dump($res);
} /**
* @api {php util.php} check-address Check-Address
* @apiName check-address
* @apiGroup UTIL
@@ -394,16 +396,19 @@ elseif($cmd=="block"){
* @apiSuccessExample {text} Success-Response:
* The address is valid
*/
elseif($cmd=="check-address"){
$dst=trim($argv[2]);
$acc=new Account;
if(!$acc->valid($dst)) die("Invalid address");
$dst_b=base58_decode($dst);
if(strlen($dst_b)!=64) die("Invalid address - ".strlen($dst_b)." bytes");
elseif ($cmd == "check-address") {
$dst = trim($argv[2]);
$acc = new Account();
if (!$acc->valid($dst)) {
die("Invalid address");
}
$dst_b = base58_decode($dst);
if (strlen($dst_b) != 64) {
die("Invalid address - ".strlen($dst_b)." bytes");
}
echo "The address is valid\n";
}
/**
echo "The address is valid\n";
} /**
* @api {php util.php} get-address Get-Address
* @apiName get-address
* @apiGroup UTIL
@@ -418,15 +423,12 @@ elseif($cmd=="check-address"){
* 5WuRMXGM7Pf8NqEArVz1NxgSBptkimSpvuSaYC79g1yo3RDQc8TjVtGH5chQWQV7CHbJEuq9DmW5fbmCEW4AghQr
*/
elseif($cmd=='get-address'){
$public_key=trim($argv2);
if(strlen($public_key)<32) die("Invalid public key");
elseif ($cmd == 'get-address') {
$public_key = trim($argv2);
if (strlen($public_key) < 32) {
die("Invalid public key");
}
print($acc->get_address($public_key));
} else {
echo "Invalid command\n";
echo "Invalid command\n";
}
?>