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Use ripple-hashes

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This commit is contained in:
Chris Clark
2015-10-14 15:45:01 -07:00
parent 462e440d5b
commit 0dc000839b
11 changed files with 46 additions and 562 deletions
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28
npm-shrinkwrap.json generated
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@@ -168,6 +168,34 @@
}
}
},
"ripple-hashes": {
"version": "0.0.1",
"resolved": "https://registry.npmjs.org/ripple-hashes/-/ripple-hashes-0.0.1.tgz",
"dependencies": {
"create-hash": {
"version": "1.1.2",
"resolved": "https://registry.npmjs.org/create-hash/-/create-hash-1.1.2.tgz",
"dependencies": {
"cipher-base": {
"version": "1.0.1",
"resolved": "https://registry.npmjs.org/cipher-base/-/cipher-base-1.0.1.tgz"
},
"inherits": {
"version": "2.0.1",
"resolved": "https://registry.npmjs.org/inherits/-/inherits-2.0.1.tgz"
},
"ripemd160": {
"version": "1.0.1",
"resolved": "https://registry.npmjs.org/ripemd160/-/ripemd160-1.0.1.tgz"
},
"sha.js": {
"version": "2.4.4",
"resolved": "https://registry.npmjs.org/sha.js/-/sha.js-2.4.4.tgz"
}
}
}
}
},
"ripple-keypairs": {
"version": "0.10.0",
"resolved": "https://registry.npmjs.org/ripple-keypairs/-/ripple-keypairs-0.10.0.tgz",

1
package.json
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@@ -28,6 +28,7 @@
"lru-cache": "~2.5.0",
"ripple-address-codec": "^2.0.1",
"ripple-binary-codec": "^0.0.6",
"ripple-hashes": "^0.0.1",
"ripple-keypairs": "^0.10.0",
"ripple-lib-transactionparser": "^0.5.1",
"ripple-lib-value": "0.1.0",

13
src/api/offline/ledgerhash.js
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@@ -2,6 +2,7 @@
'use strict';
const _ = require('lodash');
const common = require('../common');
const hashes = require('ripple-hashes');
function convertLedgerHeader(header) {
return {
@@ -25,7 +26,7 @@ function convertLedgerHeader(header) {
function hashLedgerHeader(ledgerHeader) {
const header = convertLedgerHeader(ledgerHeader);
return common.core.Ledger.calculateLedgerHash(header);
return hashes.computeLedgerHash(header);
}
function computeTransactionHash(ledger) {
@@ -39,8 +40,7 @@ function computeTransactionHash(ledger) {
tx.meta ? {metaData: tx.meta} : {});
return renameMeta;
});
const ledgerObject = common.core.Ledger.from_json({transactions: txs});
const transactionHash = ledgerObject.calc_tx_hash();
const transactionHash = hashes.computeTransactionTreeHash(txs);
if (ledger.transactionHash !== undefined
&& ledger.transactionHash !== transactionHash) {
throw new common.errors.ValidationError('transactionHash in header'
@@ -54,8 +54,7 @@ function computeStateHash(ledger) {
return ledger.stateHash;
}
const state = JSON.parse(ledger.rawState);
const ledgerObject = common.core.Ledger.from_json({accountState: state});
const stateHash = ledgerObject.calc_account_hash();
const stateHash = hashes.computeStateTreeHash(state);
if (ledger.stateHash !== undefined && ledger.stateHash !== stateHash) {
throw new common.errors.ValidationError('stateHash in header'
+ ' does not match computed hash of state');
@@ -64,11 +63,11 @@ function computeStateHash(ledger) {
}
function computeLedgerHash(ledger: Object): string {
const hashes = {
const subhashes = {
transactionHash: computeTransactionHash(ledger),
stateHash: computeStateHash(ledger)
};
return hashLedgerHeader(_.assign({}, ledger, hashes));
return hashLedgerHeader(_.assign({}, ledger, subhashes));
}
module.exports = computeLedgerHash;

38
src/core/hashprefixes.js
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@@ -1,38 +0,0 @@
'use strict';
// TODO: move in helpers from serializedtypes to utils
function toBytes(n) {
return [n >>> 24, (n >>> 16) & 0xff, (n >>> 8) & 0xff, n & 0xff];
}
/**
* Prefix for hashing functions.
*
* These prefixes are inserted before the source material used to
* generate various hashes. This is done to put each hash in its own
* "space." This way, two different types of objects with the
* same binary data will produce different hashes.
*
* Each prefix is a 4-byte value with the last byte set to zero
* and the first three bytes formed from the ASCII equivalent of
* some arbitrary string. For example "TXN".
*/
// transaction plus signature to give transaction ID
exports.HASH_TX_ID = 0x54584E00; // 'TXN'
// transaction plus metadata
exports.HASH_TX_NODE = 0x534E4400; // 'TND'
// inner node in tree
exports.HASH_INNER_NODE = 0x4D494E00; // 'MIN'
// leaf node in tree
exports.HASH_LEAF_NODE = 0x4D4C4E00; // 'MLN'
// inner transaction to sign
exports.HASH_TX_SIGN = 0x53545800; // 'STX'
// inner transaction to sign (TESTNET)
exports.HASH_TX_SIGN_TESTNET = 0x73747800; // 'stx'
// inner transaction to multisign
exports.HASH_TX_MULTISIGN = 0x534D5400; // 'SMT'
Object.keys(exports).forEach(function(k) {
exports[k + '_BYTES'] = toBytes(exports[k]);
});

2
src/core/index.js
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@@ -9,7 +9,6 @@ exports.Meta = require('./meta').Meta;
exports.RippleError = require('./rippleerror').RippleError;
exports.utils = require('./utils');
exports.Server = require('./server').Server;
exports.Ledger = require('./ledger').Ledger;
exports._test = {
Log: require('./log'),
@@ -17,7 +16,6 @@ exports._test = {
TransactionManager: require('./transactionmanager').TransactionManager,
TransactionQueue: require('./transactionqueue').TransactionQueue,
RangeSet: require('./rangeset').RangeSet,
HashPrefixes: require('./hashprefixes'),
OrderbookUtils: require('./orderbookutils'),
constants: require('./constants')
};

186
src/core/ledger.js
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@@ -1,186 +0,0 @@
'use strict';
const sha512half = require('./utils').sha512half;
const BigNumber = require('bignumber.js');
const hashprefixes = require('./hashprefixes');
const SHAMap = require('./shamap').SHAMap;
const SHAMapTreeNode = require('./shamap').SHAMapTreeNode;
const {decodeAddress} = require('ripple-address-codec');
const binary = require('ripple-binary-codec');
function Ledger() {
this.ledger_json = {};
}
Ledger.from_json = function(v) {
const ledger = new Ledger();
ledger.parse_json(v);
return ledger;
};
Ledger.space = require('./ledgerspaces');
function hash(hex) {
return sha512half(new Buffer(hex, 'hex'));
}
function hashTransaction(txBlobHex) {
const prefix = hashprefixes.HASH_TX_ID.toString(16).toUpperCase();
return hash(prefix + txBlobHex);
}
function padLeftZero(string, length) {
return Array(length - string.length + 1).join('0') + string;
}
function intToHex(integer, byteLength) {
return padLeftZero(Number(integer).toString(16), byteLength * 2);
}
function bytesToHex(bytes) {
return (new Buffer(bytes)).toString('hex');
}
function bigintToHex(integerString, byteLength) {
const hex = (new BigNumber(integerString)).toString(16);
return padLeftZero(hex, byteLength * 2);
}
function addressToHex(address) {
return (new Buffer(decodeAddress(address))).toString('hex');
}
function currencyToHex(currency) {
if (currency.length === 3) {
const bytes = new Array(20 + 1).join('0').split('').map(parseFloat);
bytes[12] = currency.charCodeAt(0) & 0xff;
bytes[13] = currency.charCodeAt(1) & 0xff;
bytes[14] = currency.charCodeAt(2) & 0xff;
return bytesToHex(bytes);
}
return currency;
}
/**
* Generate the key for an AccountRoot entry.
*
* @param {String|UInt160} accountArg - Ripple Account
* @return {UInt256}
*/
Ledger.calcAccountRootEntryHash =
Ledger.prototype.calcAccountRootEntryHash = function(address) {
const prefix = '00' + intToHex(Ledger.space.account.charCodeAt(0), 1);
return hash(prefix + addressToHex(address));
};
/**
* Generate the key for an Offer entry.
*
* @param {String|UInt160} accountArg - Ripple Account
* @param {Number} sequence - Sequence number of the OfferCreate transaction
* that instantiated this offer.
* @return {UInt256}
*/
Ledger.calcOfferEntryHash =
Ledger.prototype.calcOfferEntryHash = function(address, sequence) {
const prefix = '00' + intToHex(Ledger.space.offer.charCodeAt(0), 1);
return hash(prefix + addressToHex(address) + intToHex(sequence, 4));
};
/**
* Generate the key for a RippleState entry.
*
* The ordering of the two account parameters does not matter.
*
* @param {String|UInt160} _account1 - First Ripple Account
* @param {String|UInt160} _account2 - Second Ripple Account
* @param {String|Currency} _currency - The currency code
* @return {UInt256}
*/
Ledger.calcRippleStateEntryHash =
Ledger.prototype.calcRippleStateEntryHash = function(
address1, address2, currency) {
const address1Hex = addressToHex(address1);
const address2Hex = addressToHex(address2);
const swap = (new BigNumber(address1Hex, 16)).greaterThan(
new BigNumber(address2Hex, 16));
const lowAddressHex = swap ? address2Hex : address1Hex;
const highAddressHex = swap ? address1Hex : address2Hex;
const prefix = '00' + intToHex(Ledger.space.rippleState.charCodeAt(0), 1);
return hash(prefix + lowAddressHex + highAddressHex +
currencyToHex(currency));
};
Ledger.prototype.parse_json = function(v) {
this.ledger_json = v;
};
function addLengthPrefix(hex) {
const length = hex.length / 2;
if (length <= 192) {
return bytesToHex([length]) + hex;
} else if (length <= 12480) {
const x = length - 193;
return bytesToHex([193 + (x >>> 8), x & 0xff]) + hex;
} else if (length <= 918744) {
const x = length - 12481;
return bytesToHex([241 + (x >>> 16), x >>> 8 & 0xff, x & 0xff]) + hex;
}
throw new Error('Variable integer overflow.');
}
Ledger.prototype.calc_tx_hash = function() {
const tx_map = new SHAMap();
this.ledger_json.transactions.forEach(function(tx_json) {
const txBlobHex = binary.encode(tx_json);
const metaHex = binary.encode(tx_json.metaData);
const txHash = hashTransaction(txBlobHex);
const data = addLengthPrefix(txBlobHex) + addLengthPrefix(metaHex);
tx_map.add_item(txHash, data, SHAMapTreeNode.TYPE_TRANSACTION_MD);
});
return tx_map.hash();
};
/**
* @param {Object} options - object
*
* @param {Boolean} [options.sanity_test=false] - If `true`, will serialize each
* accountState item to binary and then back to json before finally
* serializing for hashing. This is mostly to expose any issues with
* ripple-lib's binary <--> json codecs.
*
* @return {UInt256} - hash of shamap
*/
Ledger.prototype.calc_account_hash = function() {
const account_map = new SHAMap();
this.ledger_json.accountState.forEach(function(ledgerEntry) {
const data = binary.encode(ledgerEntry);
account_map.add_item(ledgerEntry.index, data,
SHAMapTreeNode.TYPE_ACCOUNT_STATE);
});
return account_map.hash();
};
// see rippled Ledger::updateHash()
Ledger.calculateLedgerHash =
Ledger.prototype.calculateLedgerHash = function(ledgerHeader) {
const prefix = '4C575200';
return hash(prefix +
intToHex(ledgerHeader.ledger_index, 4) +
bigintToHex(ledgerHeader.total_coins, 8) +
ledgerHeader.parent_hash +
ledgerHeader.transaction_hash +
ledgerHeader.account_hash +
intToHex(ledgerHeader.parent_close_time, 4) +
intToHex(ledgerHeader.close_time, 4) +
intToHex(ledgerHeader.close_time_resolution, 1) +
intToHex(ledgerHeader.close_flags, 1)
);
};
exports.Ledger = Ledger;

22
src/core/ledgerspaces.js
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@@ -1,22 +0,0 @@
/**
* Ripple ledger namespace prefixes.
*
* The Ripple ledger is a key-value store. In order to avoid name collisions,
* names are partitioned into namespaces.
*
* Each namespace is just a single character prefix.
*/
module.exports = {
account : 'a',
dirNode : 'd',
generatorMap : 'g',
nickname : 'n',
rippleState : 'r',
offer : 'o', // Entry for an offer.
ownerDir : 'O', // Directory of things owned by an account.
bookDir : 'B', // Directory of order books.
contract : 'c',
skipList : 's',
amendment : 'f',
feeSettings : 'e'
};

175
src/core/shamap.js
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@@ -1,175 +0,0 @@
'use strict';
const util = require('util');
const hashprefixes = require('./hashprefixes');
const sha512half = require('./utils').sha512half;
const HEX_ZERO = '00000000000000000000000000000000' +
'00000000000000000000000000000000';
/**
* Abstract class representing a node in a SHAMap tree.
*
* Can be either SHAMapTreeNodeInner or SHAMapTreeNodeLeaf.
*
* @class
*/
function SHAMapTreeNode() { }
SHAMapTreeNode.TYPE_INNER = 1;
SHAMapTreeNode.TYPE_TRANSACTION_NM = 2;
SHAMapTreeNode.TYPE_TRANSACTION_MD = 3;
SHAMapTreeNode.TYPE_ACCOUNT_STATE = 4;
function hash(hex) {
return sha512half(new Buffer(hex, 'hex'));
}
/**
* @param {String} tag (64 hexadecimal characters)
* @param {SHAMapTreeNode} node
* @return {void}
* @virtual
*/
/* eslint-disable no-unused-vars*/
SHAMapTreeNode.prototype.add_item = function(tag, node) {
throw new Error(
'Called unimplemented virtual method SHAMapTreeNode#add_item.');
};
/* eslint-enable no-unused-vars*/
SHAMapTreeNode.prototype.hash = function() {
throw new Error('Called unimplemented virtual method SHAMapTreeNode#hash.');
};
/**
* Inner (non-leaf) node in a SHAMap tree.
* @param {Number} depth (i.e. how many parent inner nodes)
* @class
*/
function SHAMapTreeNodeInner(depth) {
SHAMapTreeNode.call(this);
this.leaves = {};
this.type = SHAMapTreeNode.INNER;
this.depth = depth === undefined ? 0 : depth;
this.empty = true;
}
util.inherits(SHAMapTreeNodeInner, SHAMapTreeNode);
/**
* @param {String} tag (equates to a ledger entry `index`)
* @param {SHAMapTreeNode} node (to add)
* @return {void}
*/
SHAMapTreeNodeInner.prototype.add_item = function(tag, node) {
const depth = this.depth;
const existing_node = this.get_node(tag[depth]);
if (existing_node) {
// A node already exists in this slot
if (existing_node instanceof SHAMapTreeNodeInner) {
// There is an inner node, so we need to go deeper
existing_node.add_item(tag, node);
} else if (existing_node.tag === tag) {
// Collision
throw new Error(
'Tried to add a node to a SHAMap that was already in there.');
} else {
// Turn it into an inner node
const new_inner_node = new SHAMapTreeNodeInner(depth + 1);
// Parent new and existing node
new_inner_node.add_item(existing_node.tag, existing_node);
new_inner_node.add_item(tag, node);
// And place the newly created inner node in the slot
this.set_node(tag[depth], new_inner_node);
}
} else {
// Neat, we have a nice open spot for the new node
this.set_node(tag[depth], node);
}
};
/**
* Overwrite the node that is currently in a given slot.
* @param {String} slot (a character 0-F)
* @param {SHAMapTreeNode} node (to place)
* @return {void}
*/
SHAMapTreeNodeInner.prototype.set_node = function(slot, node) {
this.leaves[slot] = node;
this.empty = false;
};
SHAMapTreeNodeInner.prototype.get_node = function(slot) {
return this.leaves[slot];
};
SHAMapTreeNodeInner.prototype.hash = function() {
if (this.empty) {
return HEX_ZERO;
}
let hex = '';
for (let i = 0; i < 16; i++) {
const slot = i.toString(16).toUpperCase();
hex += this.leaves[slot] ? this.leaves[slot].hash() : HEX_ZERO;
}
const prefix = hashprefixes.HASH_INNER_NODE.toString(16);
return hash(prefix + hex);
};
/**
* Leaf node in a SHAMap tree.
* @param {String} tag (equates to a ledger entry `index`)
* @param {String} data (hex of account state, transaction etc)
* @param {Number} type (one of TYPE_ACCOUNT_STATE, TYPE_TRANSACTION_MD etc)
* @class
*/
function SHAMapTreeNodeLeaf(tag, data, type) {
SHAMapTreeNode.call(this);
if (typeof tag !== 'string') {
throw new Error('Tag is unexpected type.');
}
this.tag = tag;
this.type = type;
this.data = data;
}
util.inherits(SHAMapTreeNodeLeaf, SHAMapTreeNode);
SHAMapTreeNodeLeaf.prototype.hash = function() {
switch (this.type) {
case SHAMapTreeNode.TYPE_ACCOUNT_STATE:
const leafPrefix = hashprefixes.HASH_LEAF_NODE.toString(16);
return hash(leafPrefix + this.data + this.tag);
case SHAMapTreeNode.TYPE_TRANSACTION_NM:
return this.tag;
case SHAMapTreeNode.TYPE_TRANSACTION_MD:
const txPrefix = hashprefixes.HASH_TX_NODE.toString(16);
return hash(txPrefix + this.data + this.tag);
default:
throw new Error('Tried to hash a SHAMap node of unknown type.');
}
};
function SHAMap() {
this.root = new SHAMapTreeNodeInner(0);
}
SHAMap.prototype.add_item = function(tag, data, type) {
this.root.add_item(tag, new SHAMapTreeNodeLeaf(tag, data, type));
};
SHAMap.prototype.hash = function() {
return this.root.hash();
};
exports.SHAMap = SHAMap;
exports.SHAMapTreeNode = SHAMapTreeNode;
exports.SHAMapTreeNodeInner = SHAMapTreeNodeInner;
exports.SHAMapTreeNodeLeaf = SHAMapTreeNodeLeaf;

24
src/core/transaction.js
View File

@@ -10,10 +10,11 @@ const sjclcodec = require('sjcl-codec');
const Amount = require('./amount').Amount;
const Currency = require('./currency').Currency;
const RippleError = require('./rippleerror').RippleError;
const hashprefixes = require('./hashprefixes');
const log = require('./log').internal.sub('transaction');
const {isValidAddress, decodeAddress} = require('ripple-address-codec');
const binary = require('ripple-binary-codec');
const {computeTransactionHash, computeTransactionSigningHash}
= require('ripple-hashes');
/**
* @constructor Transaction
@@ -462,8 +463,8 @@ Transaction.prototype.serialize = function() {
return binary.encode(this.tx_json);
};
Transaction.prototype.signingHash = function(testnet) {
return this.hash(testnet ? 'HASH_TX_SIGN_TESTNET' : 'HASH_TX_SIGN');
Transaction.prototype.signingHash = function() {
return computeTransactionSigningHash(this.tx_json);
};
Transaction.prototype.signingData = function() {
@@ -474,21 +475,8 @@ Transaction.prototype.multiSigningData = function(account) {
return binary.encodeForMultisigning(this.tx_json, account);
};
Transaction.prototype.hash = function(prefix_, serialized_) {
let prefix;
assert(serialized_ === undefined || _.isString(serialized_));
if (typeof prefix_ !== 'string') {
prefix = hashprefixes.HASH_TX_ID;
} else if (!hashprefixes.hasOwnProperty(prefix_)) {
throw new Error('Unknown hashing prefix requested: ' + prefix_);
} else {
prefix = hashprefixes[prefix_];
}
const hexPrefix = prefix.toString(16).toUpperCase();
const serialized = serialized_ || this.serialize();
return utils.sha512half(new Buffer(hexPrefix + serialized, 'hex'));
Transaction.prototype.hash = function() {
return computeTransactionHash(this.tx_json);
};
Transaction.prototype.sign = function(secret) {

93
test/ledger-test.js
View File

@@ -1,93 +0,0 @@
/* eslint-disable max-len, valid-jsdoc */
'use strict';
const assert = require('assert');
const fs = require('fs');
const Ledger = require('ripple-lib').Ledger;
/**
* @param ledger_index {Number}
* Expects a corresponding ledger dump in $repo/test/fixtures/ folder
*/
function create_ledger_test(ledger_index) {
describe(String(ledger_index), function() {
const path = __dirname + '/fixtures/ledger-full-' + ledger_index + '.json';
const ledger_raw = fs.readFileSync(path);
const ledger_json = JSON.parse(ledger_raw);
const ledger = Ledger.from_json(ledger_json);
const hasAccounts = Array.isArray(ledger_json.accountState)
&& ledger_json.accountState.length > 0;
if (hasAccounts) {
it('has account_hash of ' + ledger_json.account_hash, function() {
assert.equal(ledger_json.account_hash, ledger.calc_account_hash());
});
}
it('has transaction_hash of ' + ledger_json.transaction_hash, function() {
assert.equal(ledger_json.transaction_hash,
ledger.calc_tx_hash());
});
});
}
describe('Ledger', function() {
// This is the first recorded ledger with a non empty transaction set
create_ledger_test(38129);
// Because, why not.
create_ledger_test(40000);
// 1311 AffectedNodes, no accounts
create_ledger_test(7501326);
describe('#calcAccountRootEntryHash', function() {
it('will calculate the AccountRoot entry hash for rHb9CJAWyB4rj91VRWn96DkukG4bwdtyTh', function() {
const account = 'rHb9CJAWyB4rj91VRWn96DkukG4bwdtyTh';
const expectedEntryHash = '2B6AC232AA4C4BE41BF49D2459FA4A0347E1B543A4C92FCEE0821C0201E2E9A8';
const actualEntryHash = Ledger.calcAccountRootEntryHash(account);
assert.equal(actualEntryHash, expectedEntryHash);
});
});
describe('#calcRippleStateEntryHash', function() {
it('will calculate the RippleState entry hash for rHb9CJAWyB4rj91VRWn96DkukG4bwdtyTh and rB5TihdPbKgMrkFqrqUC3yLdE8hhv4BdeY in USD', function() {
const account1 = 'rHb9CJAWyB4rj91VRWn96DkukG4bwdtyTh';
const account2 = 'rB5TihdPbKgMrkFqrqUC3yLdE8hhv4BdeY';
const currency = 'USD';
const expectedEntryHash = 'C683B5BB928F025F1E860D9D69D6C554C2202DE0D45877ADB3077DA4CB9E125C';
const actualEntryHash1 = Ledger.calcRippleStateEntryHash(account1, account2, currency);
const actualEntryHash2 = Ledger.calcRippleStateEntryHash(account2, account1, currency);
assert.equal(actualEntryHash1, expectedEntryHash);
assert.equal(actualEntryHash2, expectedEntryHash);
});
it('will calculate the RippleState entry hash for r3kmLJN5D28dHuH8vZNUZpMC43pEHpaocV and rUAMuQTfVhbfqUDuro7zzy4jj4Wq57MPTj in UAM', function() {
const account1 = 'r3kmLJN5D28dHuH8vZNUZpMC43pEHpaocV';
const account2 = 'rUAMuQTfVhbfqUDuro7zzy4jj4Wq57MPTj';
const currency = 'UAM';
const expectedEntryHash = 'AE9ADDC584358E5847ADFC971834E471436FC3E9DE6EA1773DF49F419DC0F65E';
const actualEntryHash1 = Ledger.calcRippleStateEntryHash(account1, account2, currency);
const actualEntryHash2 = Ledger.calcRippleStateEntryHash(account2, account1, currency);
assert.equal(actualEntryHash1, expectedEntryHash);
assert.equal(actualEntryHash2, expectedEntryHash);
});
});
describe('#calcOfferEntryHash', function() {
it('will calculate the Offer entry hash for r32UufnaCGL82HubijgJGDmdE5hac7ZvLw, sequence 137', function() {
const account = 'r32UufnaCGL82HubijgJGDmdE5hac7ZvLw';
const sequence = 137;
const expectedEntryHash = '03F0AED09DEEE74CEF85CD57A0429D6113507CF759C597BABB4ADB752F734CE3';
const actualEntryHash = Ledger.calcOfferEntryHash(account, sequence);
assert.equal(actualEntryHash, expectedEntryHash);
});
});
});
// vim:sw=2:sts=2:ts=8:et

26
test/transaction-test.js
View File

@@ -637,25 +637,8 @@ describe('Transaction', function() {
transaction.tx_json.Sequence = 1;
transaction.tx_json.TransactionType = 'AccountSet';
assert.strictEqual(transaction.hash('HASH_TX_SIGN'), 'D1C15200CF532175F1890B6440AD223D3676140522BC11D2784E56760AE3B4FE');
assert.strictEqual(transaction.hash('HASH_TX_SIGN_TESTNET'), '9FE7D27FC5B9891076B66591F99A683E01E0912986A629235459A3BD1961F341');
done();
});
it('Get hash - invalid prefix', function(done) {
const transaction = new Transaction();
transaction._secret = 'sh2pTicynUEG46jjR4EoexHcQEoij';
transaction.tx_json.SigningPubKey = '021FED5FD081CE5C4356431267D04C6E2167E4112C897D5E10335D4E22B4DA49ED';
transaction.tx_json.Account = 'rMWwx3Ma16HnqSd4H6saPisihX9aKpXxHJ';
transaction.tx_json.Flags = 0;
transaction.tx_json.Fee = '10';
transaction.tx_json.Sequence = 1;
transaction.tx_json.TransactionType = 'AccountSet';
assert.throws(function() {
transaction.hash('HASH_TX_SIGNZ');
});
assert.strictEqual(transaction.signingHash(),
'D1C15200CF532175F1890B6440AD223D3676140522BC11D2784E56760AE3B4FE');
done();
});
@@ -2258,10 +2241,11 @@ describe('Transaction', function() {
const txHex = binary.encode(
lodash.merge(transaction.tx_json, {SigningPubKey: ''}));
const abytes = decodeAddress(a1);
const prefix = require('ripple-lib')._test.HashPrefixes.HASH_TX_MULTISIGN_BYTES;
const prefix = 0x534D5400;
const prefixHex = prefix.toString(16);
assert.deepEqual(new Buffer(d1, 'hex'),
Buffer.concat([new Buffer(prefix), new Buffer(txHex, 'hex'),
Buffer.concat([new Buffer(prefixHex, 'hex'), new Buffer(txHex, 'hex'),
new Buffer(abytes)]));
});