flocore-node/test/services/address/index.unit.js
2016-02-10 15:38:02 -05:00

2670 lines
92 KiB
JavaScript

'use strict';
var should = require('chai').should();
var sinon = require('sinon');
var stream = require('stream');
var levelup = require('levelup');
var proxyquire = require('proxyquire');
var bitcorenode = require('../../../');
var AddressService = bitcorenode.services.Address;
var blockData = require('../../data/livenet-345003.json');
var bitcore = require('bitcore-lib');
var _ = bitcore.deps._;
var memdown = require('memdown');
var leveldown = require('leveldown');
var Networks = bitcore.Networks;
var EventEmitter = require('events').EventEmitter;
var errors = bitcorenode.errors;
var Transaction = require('../../../lib/transaction');
var txData = require('../../data/transaction.json');
var index = require('../../../lib');
var log = index.log;
var constants = require('../../../lib/services/address/constants');
var encoding = require('../../../lib/services/address/encoding');
var mockdb = {
};
var mocknode = {
network: Networks.testnet,
datadir: 'testdir',
db: mockdb,
services: {
bitcoind: {
on: sinon.stub()
}
}
};
describe('Address Service', function() {
var txBuf = new Buffer(txData[0], 'hex');
describe('@constructor', function() {
it('config to use memdown for mempool index', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.levelupStore.should.equal(memdown);
});
it('config to use leveldown for mempool index', function() {
var am = new AddressService({
node: mocknode
});
am.levelupStore.should.equal(leveldown);
});
});
describe('#start', function() {
it('will flush existing mempool', function(done) {
var leveldownmock = {
destroy: sinon.stub().callsArgWith(1, null)
};
var TestAddressService = proxyquire('../../../lib/services/address', {
'fs': {
existsSync: sinon.stub().returns(true)
},
'leveldown': leveldownmock,
'levelup': sinon.stub().callsArgWith(2, null),
'mkdirp': sinon.stub().callsArgWith(1, null)
});
var am = new TestAddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.start(function() {
leveldownmock.destroy.callCount.should.equal(1);
leveldownmock.destroy.args[0][0].should.equal('testdir/testnet3/bitcore-addressmempool.db');
done();
});
});
it('will mkdirp if directory does not exist', function(done) {
var leveldownmock = {
destroy: sinon.stub().callsArgWith(1, null)
};
var mkdirpmock = sinon.stub().callsArgWith(1, null);
var TestAddressService = proxyquire('../../../lib/services/address', {
'fs': {
existsSync: sinon.stub().returns(false)
},
'leveldown': leveldownmock,
'levelup': sinon.stub().callsArgWith(2, null),
'mkdirp': mkdirpmock
});
var am = new TestAddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.start(function() {
mkdirpmock.callCount.should.equal(1);
mkdirpmock.args[0][0].should.equal('testdir/testnet3/bitcore-addressmempool.db');
done();
});
});
it('start levelup db for mempool', function(done) {
var levelupStub = sinon.stub().callsArg(2);
var TestAddressService = proxyquire('../../../lib/services/address', {
'fs': {
existsSync: sinon.stub().returns(true)
},
'leveldown': {
destroy: sinon.stub().callsArgWith(1, null)
},
'levelup': levelupStub,
'mkdirp': sinon.stub().callsArgWith(1, null)
});
var am = new TestAddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.start(function() {
levelupStub.callCount.should.equal(1);
var dbPath1 = levelupStub.args[0][0];
dbPath1.should.equal('testdir/testnet3/bitcore-addressmempool.db');
var options = levelupStub.args[0][1];
options.db.should.equal(memdown);
options.keyEncoding.should.equal('binary');
options.valueEncoding.should.equal('binary');
options.fillCache.should.equal(false);
done();
});
});
it('handle error from mkdirp', function(done) {
var TestAddressService = proxyquire('../../../lib/services/address', {
'fs': {
existsSync: sinon.stub().returns(false)
},
'leveldown': {
destroy: sinon.stub().callsArgWith(1, null)
},
'levelup': sinon.stub().callsArgWith(2, null),
'mkdirp': sinon.stub().callsArgWith(1, new Error('testerror'))
});
var am = new TestAddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.start(function(err) {
err.message.should.equal('testerror');
done();
});
});
it('handle error from levelup', function(done) {
var TestAddressService = proxyquire('../../../lib/services/address', {
'fs': {
existsSync: sinon.stub().returns(false)
},
'leveldown': {
destroy: sinon.stub().callsArgWith(1, null)
},
'levelup': sinon.stub().callsArgWith(2, new Error('leveltesterror')),
'mkdirp': sinon.stub().callsArgWith(1, null)
});
var am = new TestAddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.start(function(err) {
err.message.should.equal('leveltesterror');
done();
});
});
it('handle error from leveldown.destroy', function(done) {
var TestAddressService = proxyquire('../../../lib/services/address', {
'fs': {
existsSync: sinon.stub().returns(true)
},
'leveldown': {
destroy: sinon.stub().callsArgWith(1, new Error('destroy'))
},
'levelup': sinon.stub().callsArgWith(2, null),
'mkdirp': sinon.stub().callsArgWith(1, null)
});
var am = new TestAddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.start(function(err) {
err.message.should.equal('destroy');
done();
});
});
});
describe('#stop', function() {
it('will close mempool levelup', function(done) {
var testnode = {
network: Networks.testnet,
datadir: 'testdir',
db: mockdb,
services: {
bitcoind: {
on: sinon.stub(),
removeListener: sinon.stub()
}
}
};
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am.mempoolIndex = {};
am.mempoolIndex.close = sinon.stub().callsArg(0);
am.stop(function() {
am.mempoolIndex.close.callCount.should.equal(1);
am.node.services.bitcoind.removeListener.callCount.should.equal(2);
done();
});
});
});
describe('#_setMempoolIndexPath', function() {
it('should set the database path', function() {
var testnode = {
network: Networks.livenet,
datadir: process.env.HOME + '/.bitcoin',
services: {
bitcoind: {
on: sinon.stub()
}
}
};
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am._setMempoolIndexPath();
am.mempoolIndexPath.should.equal(process.env.HOME + '/.bitcoin/bitcore-addressmempool.db');
});
it('should load the db for testnet', function() {
var testnode = {
network: Networks.testnet,
datadir: process.env.HOME + '/.bitcoin',
services: {
bitcoind: {
on: sinon.stub()
}
}
};
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am._setMempoolIndexPath();
am.mempoolIndexPath.should.equal(process.env.HOME + '/.bitcoin/testnet3/bitcore-addressmempool.db');
});
it('error with unknown network', function() {
var testnode = {
network: 'unknown',
datadir: process.env.HOME + '/.bitcoin',
services: {
bitcoind: {
on: sinon.stub()
}
}
};
(function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
}).should.throw('Unknown network');
});
it('should load the db with regtest', function() {
// Switch to use regtest
Networks.remove(Networks.testnet);
Networks.add({
name: 'regtest',
alias: 'regtest',
pubkeyhash: 0x6f,
privatekey: 0xef,
scripthash: 0xc4,
xpubkey: 0x043587cf,
xprivkey: 0x04358394,
networkMagic: 0xfabfb5da,
port: 18444,
dnsSeeds: [ ]
});
var regtest = Networks.get('regtest');
var testnode = {
network: regtest,
datadir: process.env.HOME + '/.bitcoin',
services: {
bitcoind: {
on: sinon.stub()
}
}
};
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am.mempoolIndexPath.should.equal(process.env.HOME + '/.bitcoin/regtest/bitcore-addressmempool.db');
Networks.remove(regtest);
});
});
describe('#getAPIMethods', function() {
it('should return the correct methods', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var methods = am.getAPIMethods();
methods.length.should.equal(7);
});
});
describe('#getPublishEvents', function() {
it('will return an array of publish event objects', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.subscribe = sinon.spy();
am.unsubscribe = sinon.spy();
var events = am.getPublishEvents();
var callCount = 0;
function testName(event, name) {
event.name.should.equal(name);
event.scope.should.equal(am);
var emitter = new EventEmitter();
var addresses = [];
event.subscribe(emitter, addresses);
am.subscribe.callCount.should.equal(callCount + 1);
am.subscribe.args[callCount][0].should.equal(name);
am.subscribe.args[callCount][1].should.equal(emitter);
am.subscribe.args[callCount][2].should.equal(addresses);
am.subscribe.thisValues[callCount].should.equal(am);
event.unsubscribe(emitter, addresses);
am.unsubscribe.callCount.should.equal(callCount + 1);
am.unsubscribe.args[callCount][0].should.equal(name);
am.unsubscribe.args[callCount][1].should.equal(emitter);
am.unsubscribe.args[callCount][2].should.equal(addresses);
am.unsubscribe.thisValues[callCount].should.equal(am);
callCount++;
}
events.forEach(function(event) {
testName(event, event.name);
});
});
});
describe('#transactionOutputHandler', function() {
it('create a message for an address', function() {
var txBuf = new Buffer('01000000010000000000000000000000000000000000000000000000000000000000000000ffffffff0704ffff001d0104ffffffff0100f2052a0100000043410496b538e853519c726a2c91e61ec11600ae1390813a627c66fb8be7947be63c52da7589379515d4e0a604f8141781e62294721166bf621e73a82cbf2342c858eeac00000000', 'hex');
var tx = bitcore.Transaction().fromBuffer(txBuf);
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.node.network = Networks.livenet;
var address = '12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX';
var addrObj = bitcore.Address(address);
var hashHex = addrObj.hashBuffer.toString('hex');
var hashType = addrObj.type;
var messages = {};
am.transactionOutputHandler(messages, tx, 0, true);
should.exist(messages[hashHex]);
var message = messages[hashHex];
message.tx.should.equal(tx);
message.outputIndexes.should.deep.equal([0]);
message.addressInfo.hashBuffer.toString('hex').should.equal(hashHex);
message.addressInfo.addressType.should.equal(hashType);
message.addressInfo.hashHex.should.equal(hashHex);
message.rejected.should.equal(true);
});
});
describe('#transactionHandler', function() {
it('will pass outputs to transactionOutputHandler and call transactionEventHandler and balanceEventHandler', function(done) {
var txBuf = new Buffer('01000000010000000000000000000000000000000000000000000000000000000000000000ffffffff0704ffff001d0104ffffffff0100f2052a0100000043410496b538e853519c726a2c91e61ec11600ae1390813a627c66fb8be7947be63c52da7589379515d4e0a604f8141781e62294721166bf621e73a82cbf2342c858eeac00000000', 'hex');
var am1 = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var address = '12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX';
var message = {};
am1.transactionOutputHandler = function(messages) {
messages[address] = message;
};
am1.transactionEventHandler = sinon.stub();
am1.balanceEventHandler = sinon.stub();
am1.transactionHandler({
buffer: txBuf
}, function(err) {
if (err) {
throw err;
}
am1.transactionEventHandler.callCount.should.equal(1);
am1.balanceEventHandler.callCount.should.equal(1);
done();
});
});
});
describe('#blockHandler', function() {
var am;
var testBlock = bitcore.Block.fromString(blockData);
before(function() {
am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.node.network = Networks.livenet;
});
it('should create the correct operations when updating/adding outputs', function(done) {
var block = {
__height: 345003,
header: {
timestamp: 1424836934
},
transactions: testBlock.transactions.slice(0, 8)
};
am.blockHandler(block, true, function(err, operations) {
should.not.exist(err);
operations.length.should.equal(151);
operations[0].type.should.equal('put');
operations[0].key.toString('hex').should.equal('0202a61d2066d19e9e2fd348a8320b7ebd4dd3ca2b0100000543abfdbefe0d064729d85556bd3ab13c3a889b685d042499c02b4aa2064fb1e1692300000000');
operations[0].value.toString('hex').should.equal('41e2a49ec1c0000076a91402a61d2066d19e9e2fd348a8320b7ebd4dd3ca2b88ac');
operations[3].type.should.equal('put');
operations[3].key.toString('hex').should.equal('03fdbd324b28ea69e49c998816407dc055fb81d06e0100000543ab3d7d5d98df753ef2a4f82438513c509e3b11f3e738e94a7234967b03a03123a900000020');
operations[3].value.toString('hex').should.equal('5780f3ee54889a0717152a01abee9a32cec1b0cdf8d5537a08c7bd9eeb6bfbca00000000');
operations[4].type.should.equal('put');
operations[4].key.toString('hex').should.equal('053d7d5d98df753ef2a4f82438513c509e3b11f3e738e94a7234967b03a03123a900000020');
operations[4].value.toString('hex').should.equal('5780f3ee54889a0717152a01abee9a32cec1b0cdf8d5537a08c7bd9eeb6bfbca00000000');
operations[121].type.should.equal('put');
operations[121].key.toString('hex').should.equal('029780ccd5356e2acc0ee439ee04e0fe69426c75280100000543abe66f3b989c790178de2fc1a5329f94c0d8905d0d3df4e7ecf0115e7f90a6283d00000001');
operations[121].value.toString('hex').should.equal('4147a6b00000000076a9149780ccd5356e2acc0ee439ee04e0fe69426c752888ac');
done();
});
});
it('should create the correct operations when removing outputs', function(done) {
var block = {
__height: 345003,
header: {
timestamp: 1424836934
},
transactions: testBlock.transactions.slice(0, 8)
};
am.blockHandler(block, false, function(err, operations) {
should.not.exist(err);
operations.length.should.equal(151);
operations[0].type.should.equal('del');
operations[0].key.toString('hex').should.equal('0202a61d2066d19e9e2fd348a8320b7ebd4dd3ca2b0100000543abfdbefe0d064729d85556bd3ab13c3a889b685d042499c02b4aa2064fb1e1692300000000');
operations[0].value.toString('hex').should.equal('41e2a49ec1c0000076a91402a61d2066d19e9e2fd348a8320b7ebd4dd3ca2b88ac');
operations[3].type.should.equal('del');
operations[3].key.toString('hex').should.equal('03fdbd324b28ea69e49c998816407dc055fb81d06e0100000543ab3d7d5d98df753ef2a4f82438513c509e3b11f3e738e94a7234967b03a03123a900000020');
operations[3].value.toString('hex').should.equal('5780f3ee54889a0717152a01abee9a32cec1b0cdf8d5537a08c7bd9eeb6bfbca00000000');
operations[121].type.should.equal('del');
operations[121].key.toString('hex').should.equal('029780ccd5356e2acc0ee439ee04e0fe69426c75280100000543abe66f3b989c790178de2fc1a5329f94c0d8905d0d3df4e7ecf0115e7f90a6283d00000001');
operations[121].value.toString('hex').should.equal('4147a6b00000000076a9149780ccd5356e2acc0ee439ee04e0fe69426c752888ac');
done();
});
});
it('should continue if output script is null', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode,
});
var block = {
__height: 345003,
header: {
timestamp: 1424836934
},
transactions: [
{
id: '3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae7',
inputs: [],
outputs: [
{
script: null,
satoshis: 1000,
}
],
isCoinbase: sinon.stub().returns(false)
}
]
};
am.blockHandler(block, false, function(err, operations) {
should.not.exist(err);
operations.length.should.equal(0);
done();
});
});
it('will call event handlers', function() {
var testBlock = bitcore.Block.fromString(blockData);
var db = {};
var testnode = {
datadir: 'testdir',
db: db,
network: Networks.testnet,
services: {
bitcoind: {
on: sinon.stub()
}
}
};
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am.transactionEventHandler = sinon.spy();
am.balanceEventHandler = sinon.spy();
var block = {
__height: 345003,
header: {
timestamp: 1424836934
},
transactions: testBlock.transactions.slice(0, 8)
};
am.blockHandler(
block,
true,
function(err) {
if (err) {
throw err;
}
am.transactionEventHandler.callCount.should.equal(11);
am.balanceEventHandler.callCount.should.equal(11);
}
);
});
});
describe('#transactionEventHandler', function() {
it('will emit a transaction if there is a subscriber', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var emitter = new EventEmitter();
var address = bitcore.Address('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N');
am.subscriptions['address/transaction'] = {};
am.subscriptions['address/transaction'][address.hashBuffer.toString('hex')] = [emitter];
var block = {
__height: 0,
timestamp: new Date()
};
var tx = {};
emitter.on('address/transaction', function(obj) {
obj.address.toString().should.equal('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N');
obj.tx.should.equal(tx);
obj.timestamp.should.equal(block.timestamp);
obj.height.should.equal(block.__height);
obj.outputIndexes.should.deep.equal([1]);
done();
});
am.transactionEventHandler({
addressInfo: {
hashHex: address.hashBuffer.toString('hex'),
hashBuffer: address.hashBuffer,
addressType: address.type
},
height: block.__height,
timestamp: block.timestamp,
outputIndexes: [1],
tx: tx
});
});
});
describe('#balanceEventHandler', function() {
it('will emit a balance if there is a subscriber', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var emitter = new EventEmitter();
var address = bitcore.Address('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N');
am.subscriptions['address/balance'][address.hashBuffer.toString('hex')] = [emitter];
var block = {};
var balance = 1000;
am.getBalance = sinon.stub().callsArgWith(2, null, balance);
emitter.on('address/balance', function(a, bal, b) {
a.toString().should.equal('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N');
bal.should.equal(balance);
b.should.equal(block);
done();
});
am.balanceEventHandler(block, {
hashHex: address.hashBuffer.toString('hex'),
hashBuffer: address.hashBuffer,
addressType: address.type
});
});
});
describe('#subscribe', function() {
it('will add emitters to the subscribers array (transaction)', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var emitter = new EventEmitter();
var address = bitcore.Address('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N');
var name = 'address/transaction';
am.subscribe(name, emitter, [address]);
am.subscriptions['address/transaction'][address.hashBuffer.toString('hex')]
.should.deep.equal([emitter]);
var address2 = bitcore.Address('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W');
am.subscribe(name, emitter, [address2]);
am.subscriptions['address/transaction'][address2.hashBuffer.toString('hex')]
.should.deep.equal([emitter]);
var emitter2 = new EventEmitter();
am.subscribe(name, emitter2, [address]);
am.subscriptions['address/transaction'][address.hashBuffer.toString('hex')]
.should.deep.equal([emitter, emitter2]);
});
it('will add an emitter to the subscribers array (balance)', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var emitter = new EventEmitter();
var name = 'address/balance';
var address = bitcore.Address('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N');
am.subscribe(name, emitter, [address]);
am.subscriptions['address/balance'][address.hashBuffer.toString('hex')]
.should.deep.equal([emitter]);
var address2 = bitcore.Address('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W');
am.subscribe(name, emitter, [address2]);
am.subscriptions['address/balance'][address2.hashBuffer.toString('hex')]
.should.deep.equal([emitter]);
var emitter2 = new EventEmitter();
am.subscribe(name, emitter2, [address]);
am.subscriptions['address/balance'][address.hashBuffer.toString('hex')]
.should.deep.equal([emitter, emitter2]);
});
});
describe('#unsubscribe', function() {
it('will remove emitter from subscribers array (transaction)', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var emitter = new EventEmitter();
var emitter2 = new EventEmitter();
var address = bitcore.Address('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N');
am.subscriptions['address/transaction'][address.hashBuffer.toString('hex')] = [emitter, emitter2];
var name = 'address/transaction';
am.unsubscribe(name, emitter, [address]);
am.subscriptions['address/transaction'][address.hashBuffer.toString('hex')]
.should.deep.equal([emitter2]);
});
it('will remove emitter from subscribers array (balance)', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var emitter = new EventEmitter();
var emitter2 = new EventEmitter();
var address = bitcore.Address('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N');
var name = 'address/balance';
am.subscriptions['address/balance'][address.hashBuffer.toString('hex')] = [emitter, emitter2];
am.unsubscribe(name, emitter, [address]);
am.subscriptions['address/balance'][address.hashBuffer.toString('hex')]
.should.deep.equal([emitter2]);
});
it('should unsubscribe from all addresses if no addresses are specified', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var emitter = new EventEmitter();
var emitter2 = new EventEmitter();
var address1 = bitcore.Address('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W');
var hashHex1 = address1.hashBuffer.toString('hex');
var address2 = bitcore.Address('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N');
var hashHex2 = address2.hashBuffer.toString('hex');
am.subscriptions['address/balance'][hashHex1] = [emitter, emitter2];
am.subscriptions['address/balance'][hashHex2] = [emitter2, emitter];
am.unsubscribe('address/balance', emitter);
am.subscriptions['address/balance'][hashHex1].should.deep.equal([emitter2]);
am.subscriptions['address/balance'][hashHex2].should.deep.equal([emitter2]);
});
});
describe('#getBalance', function() {
it('should sum up the unspent outputs', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
var outputs = [
{satoshis: 1000}, {satoshis: 2000}, {satoshis: 3000}
];
am.getUnspentOutputs = sinon.stub().callsArgWith(2, null, outputs);
am.getBalance('1DzjESe6SLmAKVPLFMj6Sx1sWki3qt5i8N', false, function(err, balance) {
should.not.exist(err);
balance.should.equal(6000);
done();
});
});
it('will handle error from unspent outputs', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.getUnspentOutputs = sinon.stub().callsArgWith(2, new Error('error'));
am.getBalance('someaddress', false, function(err) {
should.exist(err);
err.message.should.equal('error');
done();
});
});
});
describe('#createInputsStream', function() {
it('transform stream from buffer into object', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
},
db: {
tip: {
__height: 157
}
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var streamStub = new stream.Readable();
streamStub._read = function() { /* do nothing */ };
addressService.createInputsDBStream = sinon.stub().returns(streamStub);
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var testStream = addressService.createInputsStream(address, {});
testStream.once('data', function(data) {
data.address.should.equal('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W');
data.hashType.should.equal('pubkeyhash');
data.txid.should.equal('7b94e3c39386845ea383b8e726b20b5172ccd3ef9be008bbb133e3b63f07df72');
data.inputIndex.should.equal(1);
data.height.should.equal(157);
data.confirmations.should.equal(1);
done();
});
streamStub.emit('data', {
key: new Buffer('030b2f0a0c31bfe0406b0ccc1381fdbe311946dadc01000000009d786cfeae288d74aaf9f51f215f9882e7bd7bc18af7a550683c4d7c6962f6372900000004', 'hex'),
value: new Buffer('7b94e3c39386845ea383b8e726b20b5172ccd3ef9be008bbb133e3b63f07df7200000001', 'hex')
});
streamStub.emit('end');
});
});
describe('#createInputsDBStream', function() {
it('will stream all keys', function() {
var streamStub = sinon.stub().returns({});
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
},
db: {
store: {
createReadStream: streamStub
}
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var options = {};
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var testStream = addressService.createInputsDBStream(address, options);
should.exist(testStream);
streamStub.callCount.should.equal(1);
var expectedGt = '03038a213afdfc551fc658e9a2a58a86e98d69b687010000000000';
// The expected "lt" value should be one value above the start value, due
// to the keys having additional data following it and can't be "equal".
var expectedLt = '03038a213afdfc551fc658e9a2a58a86e98d69b68701ffffffffff';
streamStub.args[0][0].gt.toString('hex').should.equal(expectedGt);
streamStub.args[0][0].lt.toString('hex').should.equal(expectedLt);
});
it('will stream keys based on a range of block heights', function() {
var streamStub = sinon.stub().returns({});
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
},
db: {
store: {
createReadStream: streamStub
}
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var options = {
start: 1,
end: 0
};
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var testStream = addressService.createInputsDBStream(address, options);
should.exist(testStream);
streamStub.callCount.should.equal(1);
var expectedGt = '03038a213afdfc551fc658e9a2a58a86e98d69b687010000000000';
// The expected "lt" value should be one value above the start value, due
// to the keys having additional data following it and can't be "equal".
var expectedLt = '03038a213afdfc551fc658e9a2a58a86e98d69b687010000000002';
streamStub.args[0][0].gt.toString('hex').should.equal(expectedGt);
streamStub.args[0][0].lt.toString('hex').should.equal(expectedLt);
});
});
describe('#getInputs', function() {
var am;
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var hashBuffer = bitcore.Address(address).hashBuffer;
var hashTypeBuffer = constants.HASH_TYPES.PUBKEY;
var db = {
tip: {
__height: 1
}
};
var testnode = {
network: Networks.livenet,
datadir: 'testdir',
services: {
db: db,
bitcoind: {
on: sinon.stub()
}
}
};
before(function() {
am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
});
it('will add mempool inputs on close', function(done) {
var testStream = new stream.Readable();
testStream._read = function() { /* do nothing */ };
var db = {
store: {
createReadStream: sinon.stub().returns(testStream)
},
tip: {
__height: 10
}
};
var testnode = {
network: Networks.livenet,
datadir: 'testdir',
services: {
db: db,
bitcoind: {
on: sinon.stub()
}
}
};
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var args = {
start: 15,
end: 12,
queryMempool: true
};
am._getInputsMempool = sinon.stub().callsArgWith(3, null, {
address: address,
hashType: 'pubkeyhash',
height: -1,
confirmations: 0
});
am.getInputs(address, args, function(err, inputs) {
should.not.exist(err);
inputs.length.should.equal(1);
inputs[0].address.should.equal(address);
inputs[0].height.should.equal(-1);
done();
});
testStream.push(null);
});
it('will get inputs for an address and timestamp', function(done) {
var testStream = new stream.Readable();
testStream._read = function() { /* do nothing */ };
var args = {
start: 15,
end: 12,
queryMempool: true
};
var createReadStreamCallCount = 0;
am.node.services.db.store = {
createReadStream: function(ops) {
var gt = Buffer.concat([constants.PREFIXES.SPENTS, hashBuffer,
hashTypeBuffer, new Buffer('000000000c', 'hex')]);
ops.gt.toString('hex').should.equal(gt.toString('hex'));
var lt = Buffer.concat([constants.PREFIXES.SPENTS, hashBuffer,
hashTypeBuffer, new Buffer('0000000010', 'hex')]);
ops.lt.toString('hex').should.equal(lt.toString('hex'));
createReadStreamCallCount++;
return testStream;
}
};
am.node.services.bitcoind = {
getMempoolInputs: sinon.stub().returns([])
};
am._getInputsMempool = sinon.stub().callsArgWith(3, null, []);
am.getInputs(address, args, function(err, inputs) {
should.not.exist(err);
inputs.length.should.equal(1);
inputs[0].address.should.equal(address);
inputs[0].txid.should.equal('3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae7');
inputs[0].inputIndex.should.equal(0);
inputs[0].height.should.equal(15);
done();
});
createReadStreamCallCount.should.equal(1);
var data = {
key: new Buffer('33038a213afdfc551fc658e9a2a58a86e98d69b68701000000000f125dd0e50fc732d67c37b6c56be7f9dc00b6859cebf982ee2cc83ed2d604bf8700000001', 'hex'),
value: new Buffer('3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae700000000', 'hex')
};
testStream.emit('data', data);
testStream.push(null);
});
it('should get inputs for address', function(done) {
var testStream = new stream.Readable();
testStream._read = function() { /* do nothing */ };
var args = {
queryMempool: true
};
var createReadStreamCallCount = 0;
am.node.services.db.store = {
createReadStream: function(ops) {
var gt = Buffer.concat([constants.PREFIXES.SPENTS, hashBuffer, hashTypeBuffer, new Buffer('0000000000', 'hex')]);
ops.gt.toString('hex').should.equal(gt.toString('hex'));
var lt = Buffer.concat([constants.PREFIXES.SPENTS, hashBuffer, hashTypeBuffer, new Buffer('ffffffffff', 'hex')]);
ops.lt.toString('hex').should.equal(lt.toString('hex'));
createReadStreamCallCount++;
return testStream;
}
};
am.node.services.bitcoind = {
getMempoolInputs: sinon.stub().returns([])
};
am.getInputs(address, args, function(err, inputs) {
should.not.exist(err);
inputs.length.should.equal(1);
inputs[0].address.should.equal(address);
inputs[0].txid.should.equal('3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae7');
inputs[0].inputIndex.should.equal(0);
inputs[0].height.should.equal(15);
done();
});
createReadStreamCallCount.should.equal(1);
var data = {
key: new Buffer('33038a213afdfc551fc658e9a2a58a86e98d69b68701000000000f125dd0e50fc732d67c37b6c56be7f9dc00b6859cebf982ee2cc83ed2d604bf8700000001', 'hex'),
value: new Buffer('3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae700000000', 'hex')
};
testStream.emit('data', data);
testStream.push(null);
});
it('should give an error if the readstream has an error', function(done) {
var testStream = new stream.Readable();
testStream._read = function() { /* do nothing */ };
am.node.services.db.store = {
createReadStream: sinon.stub().returns(testStream)
};
am.getInputs(address, {}, function(err, outputs) {
should.exist(err);
err.message.should.equal('readstreamerror');
done();
});
testStream.emit('error', new Error('readstreamerror'));
setImmediate(function() {
testStream.push(null);
});
});
});
describe('#_getInputsMempool', function() {
var am;
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var hashBuffer = bitcore.Address(address).hashBuffer;
var hashTypeBuffer = constants.HASH_TYPES.PUBKEY;
var db = {
tip: {
__height: 1
}
};
var testnode = {
network: Networks.testnet,
datadir: 'testdir',
services: {
db: db,
bitcoind: {
on: sinon.stub()
}
}
};
before(function() {
am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
});
it('it will handle error', function(done) {
var testStream = new EventEmitter();
am.mempoolIndex = {};
am.mempoolIndex.createReadStream = sinon.stub().returns(testStream);
am._getInputsMempool(address, hashBuffer, hashTypeBuffer, function(err, outputs) {
should.exist(err);
err.message.should.equal('readstreamerror');
done();
});
testStream.emit('error', new Error('readstreamerror'));
setImmediate(function() {
testStream.emit('close');
});
});
it('it will parse data', function(done) {
var testStream = new stream.Readable();
testStream._read = function() { /* do nothing */ };
am.mempoolIndex = {};
am.mempoolIndex.createReadStream = sinon.stub().returns(testStream);
var nowTime = new Date().getTime();
am._getInputsMempool(address, hashBuffer, hashTypeBuffer, function(err, inputs) {
should.not.exist(err);
inputs.length.should.equal(1);
var input = inputs[0];
input.address.should.equal(address);
input.txid.should.equal(txid);
input.hashType.should.equal('pubkeyhash');
input.hashType.should.equal(constants.HASH_TYPES_READABLE[hashTypeBuffer.toString('hex')]);
input.inputIndex.should.equal(5);
input.height.should.equal(-1);
input.confirmations.should.equal(0);
input.timestamp.should.equal(nowTime);
done();
});
var txid = '5d32f0fff6871c377e00c16f48ebb5e89c723d0b9dd25f68fdda70c3392bee61';
var inputIndex = 5;
var inputIndexBuffer = new Buffer(4);
var timestampBuffer = new Buffer(new Array(8));
timestampBuffer.writeDoubleBE(nowTime);
inputIndexBuffer.writeUInt32BE(inputIndex);
var valueData = Buffer.concat([
new Buffer(txid, 'hex'),
inputIndexBuffer,
timestampBuffer
]);
// Note: key is not used currently
testStream.emit('data', {
value: valueData
});
testStream.emit('close');
});
});
describe('#_getSpentMempool', function() {
it('will decode data from the database', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.mempoolIndex = {};
var mempoolValue = Buffer.concat([
new Buffer('85630d684f1f414264f88a31bddfc79dd0c00659330dcdc393b321c121f4078b', 'hex'),
new Buffer('00000003', 'hex')
]);
am.mempoolIndex.get = sinon.stub().callsArgWith(1, null, mempoolValue);
var prevTxIdBuffer = new Buffer('e7888264d286be2da26b0a4dbd2fc5c9ece82b3e40e6791b137e4155b6da8981', 'hex');
var outputIndex = 1;
var outputIndexBuffer = new Buffer('00000001', 'hex');
var expectedKey = Buffer.concat([
new Buffer('03', 'hex'),
prevTxIdBuffer,
outputIndexBuffer
]).toString('hex');
am._getSpentMempool(prevTxIdBuffer, outputIndex, function(err, value) {
if (err) {
throw err;
}
am.mempoolIndex.get.args[0][0].toString('hex').should.equal(expectedKey);
value.inputTxId.should.equal('85630d684f1f414264f88a31bddfc79dd0c00659330dcdc393b321c121f4078b');
value.inputIndex.should.equal(3);
});
});
it('handle error from levelup', function() {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.mempoolIndex = {};
am.mempoolIndex.get = sinon.stub().callsArgWith(1, new Error('test'));
var prevTxIdBuffer = new Buffer('e7888264d286be2da26b0a4dbd2fc5c9ece82b3e40e6791b137e4155b6da8981', 'hex');
var outputIndex = 1;
am._getSpentMempool(prevTxIdBuffer, outputIndex, function(err) {
err.message.should.equal('test');
});
});
});
describe('#createOutputsStream', function() {
it('transform stream from buffer into object', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
},
db: {
tip: {
__height: 157
}
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var streamStub = new stream.Readable();
streamStub._read = function() { /* do nothing */ };
addressService.createOutputsDBStream = sinon.stub().returns(streamStub);
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var testStream = addressService.createOutputsStream(address, {});
testStream.once('data', function(data) {
data.address.should.equal('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W');
data.hashType.should.equal('pubkeyhash');
data.txid.should.equal('4078b72b09391f5146e2c564f5847d49b179f9946b253f780f65b140d46ef6f9');
data.outputIndex.should.equal(2);
data.height.should.equal(157);
data.satoshis.should.equal(10000);
data.script.toString('hex').should.equal('76a9140b2f0a0c31bfe0406b0ccc1381fdbe311946dadc88ac');
data.confirmations.should.equal(1);
done();
});
streamStub.emit('data', {
key: new Buffer('020b2f0a0c31bfe0406b0ccc1381fdbe311946dadc01000000009d4078b72b09391f5146e2c564f5847d49b179f9946b253f780f65b140d46ef6f900000002', 'hex'),
value: new Buffer('40c388000000000076a9140b2f0a0c31bfe0406b0ccc1381fdbe311946dadc88ac', 'hex')
});
streamStub.emit('end');
});
});
describe('#createOutputsDBStream', function() {
it('will stream all keys', function() {
var streamStub = sinon.stub().returns({});
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
},
db: {
store: {
createReadStream: streamStub
}
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var options = {};
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var testStream = addressService.createOutputsDBStream(address, options);
should.exist(testStream);
streamStub.callCount.should.equal(1);
var expectedGt = '02038a213afdfc551fc658e9a2a58a86e98d69b687010000000000';
// The expected "lt" value should be one value above the start value, due
// to the keys having additional data following it and can't be "equal".
var expectedLt = '02038a213afdfc551fc658e9a2a58a86e98d69b68701ffffffffff';
streamStub.args[0][0].gt.toString('hex').should.equal(expectedGt);
streamStub.args[0][0].lt.toString('hex').should.equal(expectedLt);
});
it('will stream keys based on a range of block heights', function() {
var streamStub = sinon.stub().returns({});
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
},
db: {
store: {
createReadStream: streamStub
}
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var options = {
start: 1,
end: 0
};
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var testStream = addressService.createOutputsDBStream(address, options);
should.exist(testStream);
streamStub.callCount.should.equal(1);
var expectedGt = '02038a213afdfc551fc658e9a2a58a86e98d69b687010000000000';
// The expected "lt" value should be one value above the start value, due
// to the keys having additional data following it and can't be "equal".
var expectedLt = '02038a213afdfc551fc658e9a2a58a86e98d69b687010000000002';
streamStub.args[0][0].gt.toString('hex').should.equal(expectedGt);
streamStub.args[0][0].lt.toString('hex').should.equal(expectedLt);
});
});
describe('#getOutputs', function() {
var am;
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var hashBuffer = bitcore.Address('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W').hashBuffer;
var hashTypeBuffer = constants.HASH_TYPES.PUBKEY;
var db = {
tip: {
__height: 1
}
};
var testnode = {
network: Networks.livenet,
datadir: 'testdir',
services: {
db: db,
bitcoind: {
on: sinon.stub()
}
}
};
var options = {
queryMempool: true
};
before(function() {
am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
});
it('will get outputs for an address and timestamp', function(done) {
var testStream = new stream.Readable();
testStream._read = function() { /* do nothing */ };
var args = {
start: 15,
end: 12,
queryMempool: true
};
var createReadStreamCallCount = 0;
am.node.services.db.store = {
createReadStream: function(ops) {
var gt = Buffer.concat([constants.PREFIXES.OUTPUTS, hashBuffer, hashTypeBuffer, new Buffer('000000000c', 'hex')]);
ops.gt.toString('hex').should.equal(gt.toString('hex'));
var lt = Buffer.concat([constants.PREFIXES.OUTPUTS, hashBuffer, hashTypeBuffer, new Buffer('0000000010', 'hex')]);
ops.lt.toString('hex').should.equal(lt.toString('hex'));
createReadStreamCallCount++;
return testStream;
}
};
am._getOutputsMempool = sinon.stub().callsArgWith(3, null, []);
am.getOutputs(address, args, function(err, outputs) {
should.not.exist(err);
outputs.length.should.equal(1);
outputs[0].address.should.equal(address);
outputs[0].txid.should.equal('125dd0e50fc732d67c37b6c56be7f9dc00b6859cebf982ee2cc83ed2d604bf87');
outputs[0].hashType.should.equal('pubkeyhash');
outputs[0].hashType.should.equal(constants.HASH_TYPES_READABLE[hashTypeBuffer.toString('hex')]);
outputs[0].outputIndex.should.equal(1);
outputs[0].satoshis.should.equal(4527773864);
outputs[0].script.should.equal('76a914038a213afdfc551fc658e9a2a58a86e98d69b68788ac');
outputs[0].height.should.equal(15);
done();
});
createReadStreamCallCount.should.equal(1);
var data = {
key: new Buffer('02038a213afdfc551fc658e9a2a58a86e98d69b68701000000000f125dd0e50fc732d67c37b6c56be7f9dc00b6859cebf982ee2cc83ed2d604bf8700000001', 'hex'),
value: new Buffer('41f0de058a80000076a914038a213afdfc551fc658e9a2a58a86e98d69b68788ac', 'hex')
};
testStream.emit('data', data);
testStream.push(null);
});
it('should get outputs for an address', function(done) {
var readStream1 = new stream.Readable();
readStream1._read = function() { /* do nothing */ };
am.node.services.db.store = {
createReadStream: sinon.stub().returns(readStream1)
};
am._getOutputsMempool = sinon.stub().callsArgWith(3, null, [
{
address: address,
height: -1,
hashType: 'pubkeyhash',
confirmations: 0,
txid: 'aa2db23f670596e96ed94c405fd11848c8f236d266ee96da37ecd919e53b4371',
satoshis: 307627737,
script: '76a914f6db95c81dea3d10f0ff8d890927751bf7b203c188ac',
outputIndex: 0
}
]);
am.getOutputs(address, options, function(err, outputs) {
should.not.exist(err);
outputs.length.should.equal(3);
outputs[0].address.should.equal(address);
outputs[0].hashType.should.equal('pubkeyhash');
outputs[0].txid.should.equal('125dd0e50fc732d67c37b6c56be7f9dc00b6859cebf982ee2cc83ed2d604bf87');
outputs[0].outputIndex.should.equal(1);
outputs[0].satoshis.should.equal(4527773864);
outputs[0].script.should.equal('76a914038a213afdfc551fc658e9a2a58a86e98d69b68788ac');
outputs[0].height.should.equal(345000);
outputs[1].address.should.equal(address);
outputs[1].hashType.should.equal('pubkeyhash');
outputs[1].txid.should.equal('3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae7');
outputs[1].outputIndex.should.equal(2);
outputs[1].satoshis.should.equal(10000);
outputs[1].script.should.equal('76a914038a213afdfc551fc658e9a2a58a86e98d69b68788ac');
outputs[1].height.should.equal(345004);
outputs[2].address.should.equal(address);
outputs[2].hashType.should.equal('pubkeyhash');
outputs[2].txid.should.equal('aa2db23f670596e96ed94c405fd11848c8f236d266ee96da37ecd919e53b4371');
outputs[2].script.should.equal('76a914f6db95c81dea3d10f0ff8d890927751bf7b203c188ac');
outputs[2].height.should.equal(-1);
outputs[2].confirmations.should.equal(0);
done();
});
var data1 = {
key: new Buffer('02038a213afdfc551fc658e9a2a58a86e98d69b6870100000543a8125dd0e50fc732d67c37b6c56be7f9dc00b6859cebf982ee2cc83ed2d604bf8700000001', 'hex'),
value: new Buffer('41f0de058a80000076a914038a213afdfc551fc658e9a2a58a86e98d69b68788ac', 'hex')
};
var data2 = {
key: new Buffer('02038a213afdfc551fc658e9a2a58a86e98d69b6870100000543ac3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae700000002', 'hex'),
value: new Buffer('40c388000000000076a914038a213afdfc551fc658e9a2a58a86e98d69b68788ac', 'hex')
};
readStream1.emit('data', data1);
readStream1.emit('data', data2);
readStream1.push(null);
});
it('should give an error if the readstream has an error', function(done) {
var readStream2 = new stream.Readable();
readStream2._read = function() { /* do nothing */ };
am.node.services.db.store = {
createReadStream: sinon.stub().returns(readStream2)
};
am.getOutputs(address, options, function(err, outputs) {
should.exist(err);
err.message.should.equal('readstreamerror');
done();
});
readStream2.emit('error', new Error('readstreamerror'));
setImmediate(function() {
readStream2.push(null);
});
});
it('should print outputs for a p2sh address', function(done) {
// This address has the redeemScript 0x038a213afdfc551fc658e9a2a58a86e98d69b687,
// which is the same as the pkhash for the address 1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W.
// See https://github.com/bitpay/bitcore-node/issues/377
var address = '321jRYeWBrLBWr2j1KYnAFGico3GUdd5q7';
var hashBuffer = bitcore.Address(address).hashBuffer;
var hashTypeBuffer = constants.HASH_TYPES.REDEEMSCRIPT;
var testStream = new stream.Readable();
testStream._read = function() { /* do nothing */ };
var args = {
start: 15,
end: 12,
queryMempool: true
};
var createReadStreamCallCount = 0;
am.node.services.db.store = {
createReadStream: function(ops) {
var gt = Buffer.concat([constants.PREFIXES.OUTPUTS, hashBuffer, hashTypeBuffer, new Buffer('000000000c', 'hex')]);
ops.gt.toString('hex').should.equal(gt.toString('hex'));
var lt = Buffer.concat([constants.PREFIXES.OUTPUTS, hashBuffer, hashTypeBuffer, new Buffer('0000000010', 'hex')]);
ops.lt.toString('hex').should.equal(lt.toString('hex'));
createReadStreamCallCount++;
return testStream;
}
};
am._getOutputsMempool = sinon.stub().callsArgWith(3, null, []);
am.getOutputs(address, args, function(err, outputs) {
should.not.exist(err);
outputs.length.should.equal(1);
outputs[0].address.should.equal(address);
outputs[0].txid.should.equal('125dd0e50fc732d67c37b6c56be7f9dc00b6859cebf982ee2cc83ed2d604bf87');
outputs[0].hashType.should.equal('scripthash');
outputs[0].hashType.should.equal(constants.HASH_TYPES_READABLE[hashTypeBuffer.toString('hex')]);
outputs[0].outputIndex.should.equal(1);
outputs[0].satoshis.should.equal(4527773864);
outputs[0].script.should.equal('a914038a213afdfc551fc658e9a2a58a86e98d69b68787');
outputs[0].height.should.equal(15);
done();
});
createReadStreamCallCount.should.equal(1);
var data = {
// note '68702', '02' meaning p2sh redeemScript, not p2pkh
// value is also the p2sh script, not p2pkh
key: new Buffer('02038a213afdfc551fc658e9a2a58a86e98d69b68702000000000f125dd0e50fc732d67c37b6c56be7f9dc00b6859cebf982ee2cc83ed2d604bf8700000001', 'hex'),
value: new Buffer('41f0de058a800000a914038a213afdfc551fc658e9a2a58a86e98d69b68787', 'hex')
};
testStream.emit('data', data);
testStream.push(null);
});
it('should not print outputs for a p2pkh address, if the output was sent to a p2sh redeemScript', function(done) {
// This address has the redeemScript 0x038a213afdfc551fc658e9a2a58a86e98d69b687,
// which is the same as the pkhash for the address 1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W.
// See https://github.com/bitpay/bitcore-node/issues/377
var address = '321jRYeWBrLBWr2j1KYnAFGico3GUdd5q7';
var hashBuffer = bitcore.Address(address).hashBuffer;
var hashTypeBuffer = constants.HASH_TYPES.REDEEMSCRIPT;
var testStream = new stream.Readable();
testStream._read = function() { /* do nothing */ };
var args = {
start: 15,
end: 12,
queryMempool: true
};
var createReadStreamCallCount = 0;
// Verifying that the db query is looking for a redeemScript, *not* a p2pkh
am.node.services.db.store = {
createReadStream: function(ops) {
var gt = Buffer.concat([constants.PREFIXES.OUTPUTS, hashBuffer, hashTypeBuffer, new Buffer('000000000c', 'hex')]);
ops.gt.toString('hex').should.equal(gt.toString('hex'));
var lt = Buffer.concat([constants.PREFIXES.OUTPUTS, hashBuffer, hashTypeBuffer, new Buffer('0000000010', 'hex')]);
ops.lt.toString('hex').should.equal(lt.toString('hex'));
createReadStreamCallCount++;
return testStream;
}
};
am._getOutputsMempool = sinon.stub().callsArgWith(3, null, []);
am.getOutputs(address, args, function(err, outputs) {
should.not.exist(err);
outputs.length.should.equal(0);
done();
});
createReadStreamCallCount.should.equal(1);
testStream.push(null);
});
});
describe('#_getOutputsMempool', function() {
var am;
var address = '1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W';
var hashBuffer = bitcore.Address(address).hashBuffer;
var hashTypeBuffer = constants.HASH_TYPES.PUBKEY;
var db = {
tip: {
__height: 1
}
};
var testnode = {
network: Networks.testnet,
datadir: 'testdir',
services: {
db: db,
bitcoind: {
on: sinon.stub()
}
}
};
before(function() {
am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
});
it('it will handle error', function(done) {
var testStream = new EventEmitter();
am.mempoolIndex = {};
am.mempoolIndex.createReadStream = sinon.stub().returns(testStream);
am._getOutputsMempool(address, hashBuffer, hashTypeBuffer, function(err, outputs) {
should.exist(err);
err.message.should.equal('readstreamerror');
done();
});
testStream.emit('error', new Error('readstreamerror'));
setImmediate(function() {
testStream.emit('close');
});
});
it('it will parse data', function(done) {
var testStream = new EventEmitter();
am.mempoolIndex = {};
am.mempoolIndex.createReadStream = sinon.stub().returns(testStream);
am._getOutputsMempool(address, hashBuffer, hashTypeBuffer, function(err, outputs) {
if (err) {
throw err;
}
outputs.length.should.equal(1);
var output = outputs[0];
output.address.should.equal(address);
output.hashType.should.equal('pubkeyhash');
output.txid.should.equal(txid);
output.outputIndex.should.equal(outputIndex);
output.height.should.equal(-1);
output.satoshis.should.equal(3);
output.script.should.equal('ac');
output.timestamp.should.equal(1452696715750);
output.confirmations.should.equal(0);
done();
});
var txid = '5d32f0fff6871c377e00c16f48ebb5e89c723d0b9dd25f68fdda70c3392bee61';
var txidBuffer = new Buffer(txid, 'hex');
var outputIndex = 3;
var outputIndexBuffer = new Buffer(4);
outputIndexBuffer.writeUInt32BE(outputIndex);
var keyData = Buffer.concat([
constants.MEMPREFIXES.OUTPUTS,
hashBuffer,
hashTypeBuffer,
txidBuffer,
outputIndexBuffer
]);
var valueData = Buffer.concat([
new Buffer('4008000000000000', 'hex'),
new Buffer('427523b78c1e6000', 'hex'),
new Buffer('ac', 'hex')
]);
// Note: key is not used currently
testStream.emit('data', {
key: keyData,
value: valueData
});
setImmediate(function() {
testStream.emit('close');
});
});
});
describe('#getUnspentOutputs', function() {
it('should concatenate utxos for multiple addresses, even those with none found', function(done) {
var addresses = {
'addr1': ['utxo1', 'utxo2'],
'addr2': new errors.NoOutputs(),
'addr3': ['utxo3']
};
var db = {};
var testnode = {
network: Networks.testnet,
datadir: 'testdir',
services: {
db: db,
bitcoind: {
on: sinon.stub()
}
}
};
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am.getUnspentOutputsForAddress = function(address, queryMempool, callback) {
var result = addresses[address];
if(result instanceof Error) {
return callback(result);
} else {
return callback(null, result);
}
};
am.getUnspentOutputs(['addr1', 'addr2', 'addr3'], true, function(err, utxos) {
should.not.exist(err);
utxos.should.deep.equal(['utxo1', 'utxo2', 'utxo3']);
done();
});
});
it('should give an error if an error occurred', function(done) {
var addresses = {
'addr1': ['utxo1', 'utxo2'],
'addr2': new Error('weird error'),
'addr3': ['utxo3']
};
var db = {};
var testnode = {
network: Networks.testnet,
datadir: 'testdir',
db: db,
services: {
bitcoind: {
on: sinon.stub()
}
}
};
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am.getUnspentOutputsForAddress = function(address, queryMempool, callback) {
var result = addresses[address];
if(result instanceof Error) {
return callback(result);
} else {
return callback(null, result);
}
};
am.getUnspentOutputs(['addr1', 'addr2', 'addr3'], true, function(err, utxos) {
should.exist(err);
err.message.should.equal('weird error');
done();
});
});
it('should also work for a single address', function(done) {
var addresses = {
'addr1': ['utxo1', 'utxo2'],
'addr2': new Error('weird error'),
'addr3': ['utxo3']
};
var db = {};
var testnode = {
network: Networks.testnet,
datadir: 'testdir',
db: db,
services: {
bitcoind: {
on: sinon.stub()
}
}
};
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am.getUnspentOutputsForAddress = function(address, queryMempool, callback) {
var result = addresses[address];
if(result instanceof Error) {
return callback(result);
} else {
return callback(null, result);
}
};
am.getUnspentOutputs('addr1', true, function(err, utxos) {
should.not.exist(err);
utxos.should.deep.equal(['utxo1', 'utxo2']);
done();
});
});
});
describe('#getUnspentOutputsForAddress', function() {
it('should filter out spent outputs', function(done) {
var outputs = [
{
satoshis: 1000,
spent: false,
},
{
satoshis: 2000,
spent: true
},
{
satoshis: 3000,
spent: false
}
];
var i = 0;
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.getOutputs = sinon.stub().callsArgWith(2, null, outputs);
am.isUnspent = function(output, options, callback) {
callback(!outputs[i].spent);
i++;
};
am.getUnspentOutputsForAddress('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W', false, function(err, outputs) {
should.not.exist(err);
outputs.length.should.equal(2);
outputs[0].satoshis.should.equal(1000);
outputs[1].satoshis.should.equal(3000);
done();
});
});
it('should handle an error from getOutputs', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.getOutputs = sinon.stub().callsArgWith(2, new Error('error'));
am.getUnspentOutputsForAddress('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W', false, function(err, outputs) {
should.exist(err);
err.message.should.equal('error');
done();
});
});
it('should handle when there are no outputs', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.getOutputs = sinon.stub().callsArgWith(2, null, []);
am.getUnspentOutputsForAddress('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W', false, function(err, outputs) {
should.exist(err);
err.should.be.instanceof(errors.NoOutputs);
outputs.length.should.equal(0);
done();
});
});
});
describe('#isUnspent', function() {
var am;
before(function() {
am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
});
it('should give true when isSpent() gives false', function(done) {
am.isSpent = sinon.stub().callsArgWith(2, false);
am.isUnspent('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W', {}, function(unspent) {
unspent.should.equal(true);
done();
});
});
it('should give false when isSpent() gives true', function(done) {
am.isSpent = sinon.stub().callsArgWith(2, true);
am.isUnspent('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W', {},function(unspent) {
unspent.should.equal(false);
done();
});
});
it('should give false when isSpent() returns an error', function(done) {
am.isSpent = sinon.stub().callsArgWith(2, new Error('error'));
am.isUnspent('1KiW1A4dx1oRgLHtDtBjcunUGkYtFgZ1W', {}, function(unspent) {
unspent.should.equal(false);
done();
});
});
});
describe('#isSpent', function() {
var db = {};
var testnode = {
network: Networks.testnet,
datadir: 'testdir',
db: db,
services: {
bitcoind: {
on: sinon.stub()
}
}
};
it('should give true if bitcoind.isSpent gives true (with output info)', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var isSpent = sinon.stub().returns(true);
am.node.services.bitcoind = {
isSpent: isSpent,
on: sinon.stub()
};
var output = {
txid: '4228d3f41051f914f71a1dcbbe4098e29a07cc2672fdadab0763d88ffd6ffa57',
outputIndex: 3
};
am.isSpent(output, {}, function(spent) {
isSpent.callCount.should.equal(1);
isSpent.args[0][0].should.equal(output.txid);
isSpent.args[0][1].should.equal(output.outputIndex);
spent.should.equal(true);
done();
});
});
it('should give true if bitcoind.isSpent gives true (with input)', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var isSpent = sinon.stub().returns(true);
am.node.services.bitcoind = {
isSpent: isSpent,
on: sinon.stub()
};
var txid = '4228d3f41051f914f71a1dcbbe4098e29a07cc2672fdadab0763d88ffd6ffa57';
var output = {
prevTxId: new Buffer(txid, 'hex'),
outputIndex: 4
};
am.isSpent(output, {}, function(spent) {
isSpent.callCount.should.equal(1);
isSpent.args[0][0].should.equal(txid);
isSpent.args[0][1].should.equal(output.outputIndex);
spent.should.equal(true);
done();
});
});
it('should give true if bitcoind.isSpent is false and mempoolSpentIndex is true', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am.node.services.bitcoind = {
isSpent: sinon.stub().returns(false),
on: sinon.stub()
};
var txid = '3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae7';
var outputIndex = 0;
var output = {
prevTxId: new Buffer(txid, 'hex'),
outputIndex: outputIndex
};
var outputIndexBuffer = new Buffer(4);
outputIndexBuffer.writeUInt32BE(outputIndex);
var spentKey = Buffer.concat([
new Buffer(txid, 'hex'),
outputIndexBuffer
]).toString('binary');
am.mempoolSpentIndex[spentKey] = true;
am.isSpent(output, {queryMempool: true}, function(spent) {
spent.should.equal(true);
done();
});
});
it('should give false if spent in mempool with queryMempool set to false', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am.node.services.bitcoind = {
isSpent: sinon.stub().returns(false),
on: sinon.stub()
};
var txid = '3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae7';
var outputIndex = 0;
var output = {
prevTxId: new Buffer(txid, 'hex'),
outputIndex: outputIndex
};
var spentKey = [txid, outputIndex].join('-');
am.mempoolSpentIndex[spentKey] = new Buffer(5);
am.isSpent(output, {queryMempool: false}, function(spent) {
spent.should.equal(false);
done();
});
});
it('default to querying the mempool', function(done) {
var am = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
am.node.services.bitcoind = {
isSpent: sinon.stub().returns(false),
on: sinon.stub()
};
var txidBuffer = new Buffer('3b6bc2939d1a70ce04bc4f619ee32608fbff5e565c1f9b02e4eaa97959c59ae7', 'hex');
var outputIndex = 0;
var output = {
prevTxId: txidBuffer,
outputIndex: outputIndex
};
var outputIndexBuffer = new Buffer(4);
outputIndexBuffer.writeUInt32BE(outputIndex);
var spentKey = Buffer.concat([
txidBuffer,
outputIndexBuffer
]).toString('binary');
am.mempoolSpentIndex[spentKey] = true;
am.isSpent(output, {}, function(spent) {
spent.should.equal(true);
done();
});
});
});
describe('#getAddressHistory', function() {
it('will call get on address history instance', function(done) {
function TestAddressHistory(args) {
args.node.should.equal(mocknode);
args.addresses.should.deep.equal([]);
args.options.should.deep.equal({});
}
TestAddressHistory.prototype.get = sinon.stub().callsArg(0);
var TestAddressService = proxyquire('../../../lib/services/address', {
'./history': TestAddressHistory
});
var am = new TestAddressService({
mempoolMemoryIndex: true,
node: mocknode
});
am.getAddressHistory([], {}, function(err, history) {
TestAddressHistory.prototype.get.callCount.should.equal(1);
done();
});
});
});
describe('#updateMempoolIndex/#removeMempoolIndex', function() {
var am;
var tx = Transaction().fromBuffer(txBuf);
var clock;
beforeEach(function() {
am = new AddressService({
mempoolMemoryIndex: true,
node: mocknode
});
clock = sinon.useFakeTimers();
});
afterEach(function() {
clock.restore();
});
it('will update the input and output indexes', function() {
am.mempoolIndex = {};
am.mempoolIndex.batch = function(operations, callback) {
callback.should.be.a('function');
Object.keys(am.mempoolSpentIndex).length.should.equal(14);
Object.keys(am.mempoolAddressIndex).length.should.equal(5);
_.values(am.mempoolAddressIndex).should.deep.equal([1,1,12,1,1]);
for (var i = 0; i < operations.length; i++) {
operations[i].type.should.equal('put');
}
var nowTime = new Date().getTime();
var nowTimeBuffer = new Buffer(8);
nowTimeBuffer.writeDoubleBE(nowTime);
var expectedValue = '45202ffdeb8344af4dec07cddf0478485dc65cc7d08303e45959630c89b51ea200000002' +
nowTimeBuffer.toString('hex');
operations[7].value.toString('hex').should.equal(expectedValue);
var matches = 0;
for (var j = 0; j < operations.length; j++) {
var match = Buffer.concat([
constants.MEMPREFIXES.SPENTS,
bitcore.Address('1JT7KDYwT9JY9o2vyqcKNSJgTWeKfV3ui8').hashBuffer
]).toString('hex');
if (operations[j].key.slice(0, 21).toString('hex') === match) {
matches++;
}
}
matches.should.equal(12);
};
am.updateMempoolIndex(tx, true);
});
it('will remove the input and output indexes', function() {
am.mempoolIndex = {};
am.mempoolIndex.batch = function(operations, callback) {
callback.should.be.a('function');
Object.keys(am.mempoolSpentIndex).length.should.equal(0);
for (var i = 0; i < operations.length; i++) {
operations[i].type.should.equal('del');
}
Object.keys(am.mempoolAddressIndex).length.should.equal(0);
};
am.updateMempoolIndex(tx, false);
});
});
describe('#getAddressSummary', function() {
var clock;
beforeEach(function() {
clock = sinon.useFakeTimers();
sinon.stub(log, 'warn');
});
afterEach(function() {
clock.restore();
log.warn.restore();
});
it('will handle error from _getAddressConfirmedSummary', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var address = '12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX';
var options = {};
addressService._getAddressConfirmedSummary = sinon.stub().callsArgWith(2, new Error('test'));
addressService.getAddressSummary(address, options, function(err) {
should.exist(err);
err.message.should.equal('test');
done();
});
});
it('will handle error from _getAddressMempoolSummary', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var address = '12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX';
var options = {};
addressService._getAddressConfirmedSummary = sinon.stub().callsArg(2);
addressService._getAddressMempoolSummary = sinon.stub().callsArgWith(2, new Error('test2'));
addressService.getAddressSummary(address, options, function(err) {
should.exist(err);
err.message.should.equal('test2');
done();
});
});
it('will pass cache and summary between functions correctly', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var address = '12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX';
var options = {};
var cache = {};
var summary = {};
addressService._getAddressConfirmedSummary = sinon.stub().callsArgWith(2, null, cache);
addressService._getAddressMempoolSummary = sinon.stub().callsArgWith(3, null, cache);
addressService._setAndSortTxidsFromAppearanceIds = sinon.stub().callsArgWith(1, null, cache);
addressService._transformAddressSummaryFromResult = sinon.stub().returns(summary);
addressService.getAddressSummary(address, options, function(err, sum) {
addressService._getAddressConfirmedSummary.callCount.should.equal(1);
addressService._getAddressMempoolSummary.callCount.should.equal(1);
addressService._getAddressMempoolSummary.args[0][2].should.equal(cache);
addressService._setAndSortTxidsFromAppearanceIds.callCount.should.equal(1);
addressService._setAndSortTxidsFromAppearanceIds.args[0][0].should.equal(cache);
addressService._transformAddressSummaryFromResult.callCount.should.equal(1);
addressService._transformAddressSummaryFromResult.args[0][0].should.equal(cache);
sum.should.equal(summary);
done();
});
});
it('will log if there is a slow query', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var addressService = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var address = '12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX';
var options = {};
var cache = {};
var summary = {};
addressService._getAddressConfirmedSummary = sinon.stub().callsArgWith(2, null, cache);
addressService._getAddressConfirmedSummary = sinon.stub().callsArgWith(2, null, cache);
addressService._getAddressMempoolSummary = sinon.stub().callsArgWith(3, null, cache);
addressService._setAndSortTxidsFromAppearanceIds = sinon.stub().callsArgWith(1, null, cache);
addressService._transformAddressSummaryFromResult = sinon.stub().returns(summary);
addressService.getAddressSummary(address, options, function() {
log.warn.callCount.should.equal(1);
done();
});
clock.tick(6000);
});
});
describe('#_getAddressConfirmedSummary', function() {
it('will pass arguments correctly', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var address = new bitcore.Address('12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX');
var options = {};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var result = {};
as._getAddressConfirmedInputsSummary = sinon.stub().callsArgWith(3, null, result);
as._getAddressConfirmedOutputsSummary = sinon.stub().callsArgWith(3, null, result);
as._getAddressConfirmedSummary(address, options, function(err) {
if (err) {
return done(err);
}
var expectedResult = {
appearanceIds: {},
totalReceived: 0,
balance: 0,
unconfirmedAppearanceIds: {},
unconfirmedBalance: 0
};
as._getAddressConfirmedInputsSummary.args[0][0].should.equal(address);
as._getAddressConfirmedInputsSummary.args[0][1].should.deep.equal(expectedResult);
as._getAddressConfirmedInputsSummary.args[0][2].should.deep.equal(options);
as._getAddressConfirmedOutputsSummary.args[0][0].should.equal(address);
as._getAddressConfirmedOutputsSummary.args[0][1].should.deep.equal(result);
as._getAddressConfirmedOutputsSummary.args[0][2].should.equal(options);
done();
});
});
it('will pass error correctly (inputs)', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var address = new bitcore.Address('12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX');
var options = {};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var result = {};
as._getAddressConfirmedInputsSummary = sinon.stub().callsArgWith(3, new Error('test'));
as._getAddressConfirmedSummary(address, options, function(err) {
should.exist(err);
err.message.should.equal('test');
done();
});
});
it('will pass error correctly (outputs)', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var address = new bitcore.Address('12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX');
var options = {};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var result = {};
as._getAddressConfirmedInputsSummary = sinon.stub().callsArgWith(3, null, result);
as._getAddressConfirmedOutputsSummary = sinon.stub().callsArgWith(3, new Error('test'));
as._getAddressConfirmedSummary(address, options, function(err) {
should.exist(err);
err.message.should.equal('test');
done();
});
});
});
describe('#_getAddressConfirmedInputsSummary', function() {
it('will stream inputs and collect txids', function(done) {
var streamStub = new stream.Readable();
streamStub._read = function() { /* do nothing */ };
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var result = {
appearanceIds: {}
};
var options = {};
var txid = 'f2cfc19d13f0c12199f70e420d84e2b3b1d4e499702aa9d737f8c24559c9ec47';
var address = new bitcore.Address('12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX');
as.createInputsStream = sinon.stub().returns(streamStub);
as._getAddressConfirmedInputsSummary(address, result, options, function(err, result) {
if (err) {
return done(err);
}
result.appearanceIds[txid].should.equal(10);
done();
});
streamStub.emit('data', {
txid: txid,
height: 10
});
streamStub.push(null);
});
it('handle stream error', function(done) {
var streamStub = new stream.Readable();
streamStub._read = function() { /* do nothing */ };
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var cache = {};
var options = {};
var address = new bitcore.Address('12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX');
as.createInputsStream = sinon.stub().returns(streamStub);
as._getAddressConfirmedInputsSummary(address, cache, options, function(err, cache) {
should.exist(err);
err.message.should.equal('test');
done();
});
streamStub.emit('error', new Error('test'));
streamStub.push(null);
});
});
describe('#_getAddressConfirmedOutputsSummary', function() {
it('will stream inputs and collect txids', function(done) {
var streamStub = new stream.Readable();
streamStub._read = function() { /* do nothing */ };
var testnode = {
services: {
bitcoind: {
on: sinon.stub(),
isSpent: sinon.stub().returns(false)
}
},
datadir: 'testdir'
};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var result = {
appearanceIds: {},
unconfirmedAppearanceIds: {},
balance: 0,
totalReceived: 0,
unconfirmedBalance: 0
};
var options = {
queryMempool: true
};
var txid = 'f2cfc19d13f0c12199f70e420d84e2b3b1d4e499702aa9d737f8c24559c9ec47';
var address = new bitcore.Address('12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX');
as.createOutputsStream = sinon.stub().returns(streamStub);
var spentIndexSyncKey = encoding.encodeSpentIndexSyncKey(new Buffer(txid, 'hex'), 2);
as.mempoolSpentIndex[spentIndexSyncKey] = true;
as._getAddressConfirmedOutputsSummary(address, result, options, function(err, cache) {
if (err) {
return done(err);
}
result.appearanceIds[txid].should.equal(10);
result.balance.should.equal(1000);
result.totalReceived.should.equal(1000);
result.unconfirmedBalance.should.equal(-1000);
done();
});
streamStub.emit('data', {
txid: txid,
height: 10,
outputIndex: 2,
satoshis: 1000
});
streamStub.push(null);
});
it('handle stream error', function(done) {
var streamStub = new stream.Readable();
streamStub._read = function() { /* do nothing */ };
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var result = {
appearanceIds: {},
unconfirmedAppearanceIds: {},
balance: 0,
totalReceived: 0,
unconfirmedBalance: 0
};
var options = {};
var address = new bitcore.Address('12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX');
as.createOutputsStream = sinon.stub().returns(streamStub);
as._getAddressConfirmedOutputsSummary(address, result, options, function(err, cache) {
should.exist(err);
err.message.should.equal('test');
done();
});
streamStub.emit('error', new Error('test'));
streamStub.push(null);
});
});
describe('#_setAndSortTxidsFromAppearanceIds', function() {
it('will sort correctly', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var result = {
appearanceIds: {
'22488dbb99aed86e7081ac480e3459fa40ccab7ee18bef98b84b3cdce6bf05be': 200,
'1c413601acbd608240fc635b95886c3c1f76ec8589c3392a58b5715ceb618e93': 100,
'206d3834c010d46a2cf478cb1c5fe252be41f683c8a738e3ebe27f1aae67f505': 101
},
unconfirmedAppearanceIds: {
'ec94d845c603f292a93b7c829811ac624b76e52b351617ca5a758e9d61a11681': 1452898347406,
'ed11a08e3102f9610bda44c80c46781d97936a4290691d87244b1b345b39a693': 1452898331964,
'f71bccef3a8f5609c7f016154922adbfe0194a96fb17a798c24077c18d0a9345': 1452897902377,
'edc080f2084eed362aa488ccc873a24c378dc0979aa29b05767517b70569414a': 1452897971363,
'f35e7e2a2334e845946f3eaca76890d9a68f4393ccc9fe37a0c2fb035f66d2e9': 1452897923107
}
};
as._setAndSortTxidsFromAppearanceIds(result, function(err, result) {
if (err) {
return done(err);
}
should.exist(result.txids);
result.txids[0].should.equal('1c413601acbd608240fc635b95886c3c1f76ec8589c3392a58b5715ceb618e93');
result.txids[1].should.equal('206d3834c010d46a2cf478cb1c5fe252be41f683c8a738e3ebe27f1aae67f505');
result.txids[2].should.equal('22488dbb99aed86e7081ac480e3459fa40ccab7ee18bef98b84b3cdce6bf05be');
result.unconfirmedTxids[0].should.equal('f71bccef3a8f5609c7f016154922adbfe0194a96fb17a798c24077c18d0a9345');
result.unconfirmedTxids[1].should.equal('f35e7e2a2334e845946f3eaca76890d9a68f4393ccc9fe37a0c2fb035f66d2e9');
result.unconfirmedTxids[2].should.equal('edc080f2084eed362aa488ccc873a24c378dc0979aa29b05767517b70569414a');
result.unconfirmedTxids[3].should.equal('ed11a08e3102f9610bda44c80c46781d97936a4290691d87244b1b345b39a693');
result.unconfirmedTxids[4].should.equal('ec94d845c603f292a93b7c829811ac624b76e52b351617ca5a758e9d61a11681');
done();
});
});
});
describe.only('#_updateAddressIndex', function() {
var as;
beforeEach(function(){
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
});
it('should add using 2 keys', function() {
_.values(as.mempoolAddressIndex).should.deep.equal([]);
as._updateAddressIndex('index1', true);
as._updateAddressIndex('index1', true);
as._updateAddressIndex('index1', true);
as._updateAddressIndex('index1', true);
as._updateAddressIndex('index2', true);
as._updateAddressIndex('index2', true);
as.mempoolAddressIndex.should.deep.equal({
"index1": 4,
"index2": 2
});
});
it('should add/remove using 2 keys', function() {
_.values(as.mempoolAddressIndex).should.deep.equal([]);
as._updateAddressIndex('index1', true);
as._updateAddressIndex('index1', true);
as._updateAddressIndex('index1', true);
as._updateAddressIndex('index1', true);
as._updateAddressIndex('index1', false);
as._updateAddressIndex('index2', true);
as._updateAddressIndex('index2', true);
as._updateAddressIndex('index2', false);
as._updateAddressIndex('index2', false);
as._updateAddressIndex('index2', false);
as.mempoolAddressIndex.should.deep.equal({
"index1": 3
});
});
});
describe('#_getAddressMempoolSummary', function() {
it('skip if options not enabled', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var resultBase = {
unconfirmedAppearanceIds: {},
unconfirmedBalance: 0
};
var address = new bitcore.Address('12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX');
var options = {};
as._getAddressMempoolSummary(address, options, resultBase, function(err, result) {
if (err) {
return done(err);
}
Object.keys(result.unconfirmedAppearanceIds).length.should.equal(0);
result.unconfirmedBalance.should.equal(0);
done();
});
});
it('include all txids and balance from inputs and outputs', function(done) {
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var resultBase = {
unconfirmedAppearanceIds: {},
unconfirmedBalance: 0
};
var address = new bitcore.Address('12c6DSiU4Rq3P4ZxziKxzrL5LmMBrzjrJX');
var options = {
queryMempool: true
};
var mempoolInputs = [
{
address: '3NbU8XzUgKyuCgYgZEKsBtUvkTm2r7Xgwj',
hashType: 'scripthash',
txid: '70d9d441d7409aace8e0ffe24ff0190407b2fcb405799a266e0327017288d1f8',
inputIndex: 0,
timestamp: 1452874536321,
height: -1,
confirmations: 0
}
];
var mempoolOutputs = [
{
address: '3NbU8XzUgKyuCgYgZEKsBtUvkTm2r7Xgwj',
hashType: 'scripthash',
txid: '35fafaf572341798b2ce2858755afa7c8800bb6b1e885d3e030b81255b5e172d',
outputIndex: 0,
height: -1,
timestamp: 1452874521466,
satoshis: 131368318,
script: '76a9148c66db6e9f74b1db9c400eaa2aed3743417f38e688ac',
confirmations: 0
},
{
address: '3NbU8XzUgKyuCgYgZEKsBtUvkTm2r7Xgwj',
hashType: 'scripthash',
txid: '57b7842afc97a2b46575b490839df46e9273524c6ea59ba62e1e86477cf25247',
outputIndex: 0,
height: -1,
timestamp: 1452874521466,
satoshis: 131368318,
script: '76a9148c66db6e9f74b1db9c400eaa2aed3743417f38e688ac',
confirmations: 0
}
];
var spentIndexSyncKey = encoding.encodeSpentIndexSyncKey(
new Buffer(mempoolOutputs[1].txid, 'hex'),
0
);
as.mempoolSpentIndex[spentIndexSyncKey] = true;
var hashTypeBuffer = constants.HASH_TYPES_MAP[address.type];
var addressIndex = encoding.encodeMempoolAddressIndexKey(address.hashBuffer, hashTypeBuffer);
as.mempoolAddressIndex[addressIndex] = 1;
as._getInputsMempool = sinon.stub().callsArgWith(3, null, mempoolInputs);
as._getOutputsMempool = sinon.stub().callsArgWith(3, null, mempoolOutputs);
as._getAddressMempoolSummary(address, options, resultBase, function(err, result) {
if (err) {
return done(err);
}
var txid1 = '70d9d441d7409aace8e0ffe24ff0190407b2fcb405799a266e0327017288d1f8';
var txid2 = '35fafaf572341798b2ce2858755afa7c8800bb6b1e885d3e030b81255b5e172d';
var txid3 = '57b7842afc97a2b46575b490839df46e9273524c6ea59ba62e1e86477cf25247';
result.unconfirmedAppearanceIds[txid1].should.equal(1452874536321);
result.unconfirmedAppearanceIds[txid2].should.equal(1452874521466);
result.unconfirmedAppearanceIds[txid3].should.equal(1452874521466);
result.unconfirmedBalance.should.equal(131368318);
done();
});
});
});
describe('#_transformAddressSummaryFromResult', function() {
var result = {
totalReceived: 1000000,
balance: 500000,
txids: [
'70d9d441d7409aace8e0ffe24ff0190407b2fcb405799a266e0327017288d1f8',
'b1bfa8dbbde790cb46b9763ef3407c1a21c8264b67bfe224f462ec0e1f569e92'
],
appearanceIds: {
'b1bfa8dbbde790cb46b9763ef3407c1a21c8264b67bfe224f462ec0e1f569e92': 100000,
'70d9d441d7409aace8e0ffe24ff0190407b2fcb405799a266e0327017288d1f8': 200000
},
unconfirmedAppearanceIds: {
'35fafaf572341798b2ce2858755afa7c8800bb6b1e885d3e030b81255b5e172d': 1452874536321,
'57b7842afc97a2b46575b490839df46e9273524c6ea59ba62e1e86477cf25247': 1452874521466
},
unconfirmedTxids: [
'57b7842afc97a2b46575b490839df46e9273524c6ea59ba62e1e86477cf25247',
'35fafaf572341798b2ce2858755afa7c8800bb6b1e885d3e030b81255b5e172d'
],
unconfirmedBalance: 500000
};
var testnode = {
services: {
bitcoind: {
on: sinon.stub()
}
},
datadir: 'testdir'
};
it('will transform result into summary', function() {
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var options = {};
var summary = as._transformAddressSummaryFromResult(result, options);
summary.totalReceived.should.equal(1000000);
summary.totalSpent.should.equal(500000);
summary.balance.should.equal(500000);
summary.appearances.should.equal(2);
summary.unconfirmedAppearances.should.equal(2);
summary.unconfirmedBalance.should.equal(500000);
summary.txids.length.should.equal(4);
});
it('will omit txlist', function() {
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var options = {
noTxList: true
};
var summary = as._transformAddressSummaryFromResult(result, options);
should.not.exist(summary.txids);
});
it('will include full appearance ids', function() {
var as = new AddressService({
mempoolMemoryIndex: true,
node: testnode
});
var options = {
fullTxList: true
};
var summary = as._transformAddressSummaryFromResult(result, options);
should.exist(summary.appearanceIds);
should.exist(summary.unconfirmedAppearanceIds);
});
});
});