2/2 and 2/3 multisignature wallet creation and transfer examples (in unit test form) for ES6 JavaScript

'use strict'; const Monero = require('../index.js'); let network = 'testnet'; // Network to test describe('remote nodes', () => { const daemons = require('../lib/remote-daemons.json'); for (let network in daemons) { for (let i in daemons[network]) { // TODO time each connection; store fastest for use later let daemon = daemons[network][i]; it(`should connect to ${network} daemon at ${daemon['hostname']}`, done => { let daemonRPC = new Monero.daemonRPC(daemon) // Check if remote daemon is available .then(daemon => { daemon.should.be.a.Object(); // daemon available }) .catch(err => { // daemon unavailable }) .then(done, done); }) .timeout(5000); } } }); describe('daemonRPC constructor', () => { it('should autoconnect to mainnet daemon', done => { var daemonRPC = new Monero.daemonRPC({ autoconnect: true, random: true, network: 'mainnet' }) .then(daemon => { daemon.should.be.a.Object(); daemon.get_info() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.mainnet.should.be.a.Boolean(); result.mainnet.should.be.equal(true); }); }) .catch(error => { // TODO handle error }) .then(done, done); }) .timeout(5000); // TODO allow for test to pass if no local testnet daemon available and no remote testnet nodes listed it('should autoconnect to testnet daemon', done => { var daemonRPC = new Monero.daemonRPC({ autoconnect: true, random: true, network: 'testnet' }) .then(daemon => { daemon.should.be.a.Object(); daemon.get_info() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.testnet.should.be.a.Boolean(); result.testnet.should.be.equal(true); }); }) .catch(error => { // TODO handle error }) .then(done, done); }) .timeout(5000); // TODO allow for test to pass if no local stagenet daemon available and no remote stagenet nodes listed it('should autoconnect to stagenet daemon', done => { var daemonRPC = new Monero.daemonRPC({ autoconnect: true, random: true, network: 'stagenet' }) .then(daemon => { daemon.should.be.a.Object(); daemon.get_info() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.stagenet.should.be.a.Boolean(); result.stagenet.should.be.equal(true); }); }) .catch(error => { // TODO handle error }) .then(done, done); }) .timeout(5000); // TODO connect to fastest daemon from test above it('should connect to daemon', done => { var daemonRPC = new Monero.daemonRPC({ autoconnect: true, random: true, network: network }) .then(daemon => { daemon.should.be.a.Object(); daemonRPC = daemon; // Store daemon interface in global variable describe('daemonRPC methods', () => { describe('getblockcount()', () => { it('should return the node\'s block height', done => { daemonRPC.getblockcount() .then(result => { if (result.hasOwnProperty('error')) { if (result.hasOwnProperty('error')) { if (result.error.code == -21) { result.error.code.should.be.equal(-21) } } } else { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); } }) .then(done, done); }); }); describe('on_getblockhash()', () => { let hash = ''; if (network == 'mainnet') { hash = '4aff3d3f2a939ddf7c971b57b428841bccde6dc937404346398c4133ba37359b'; } else if (network == 'testnet') { hash = '695d716a064ddd9e7b46e7f1fb5dc78285dd8c37ac91b5801e5f32f230bc7f1f'; } else if (network == 'stagenet') { hash = 'e5e89dc38d1ed8de28f573fdcdffb95c0d6dd9ce5f49a4edc78c88a4cafe66ca'; } it('should return the block 42069\'s hash', done => { daemonRPC.on_getblockhash(42069) .then(result => { // Why no status string? result.should.be.a.String(); result.should.be.equal(hash); }) .then(done, done); }); }); describe('getblocktemplate()', () => { let address = ''; if (network == 'mainnet') { address = '44AFFq5kSiGBoZ4NMDwYtN18obc8AemS33DBLWs3H7otXft3XjrpDtQGv7SqSsaBYBb98uNbr2VBBEt7f2wfn3RVGQBEP3A'; } else if (network == 'testnet') { address = '9sykYqd8soGa9Fv8zDMdt2gN8z2Aj5qQeBNpXjxRowkyCoWCYxa3xumYQe5MmQJuFN5CVTQwK2gqtfBNsFqa16gp1L4uGBU'; } else if (network == 'stagenet') { address = '56Gpz2CeLbq1KT6eTHCqH43StT8kh7WQs9ji8wmECS7WUAx85FHrRztebp48wgEt6kcRbTpvBhnktEyDHVhe7xjbTAzALiY'; } it('should return a block template', done => { daemonRPC.getblocktemplate(address, 255) .then(result => { if (result.hasOwnProperty('error')) { if (result.hasOwnProperty('error')) { if (result.error.code == -4) { result.error.code.should.be.equal(-4) } } } else { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.blocktemplate_blob.should.be.a.String(); result.height.should.be.a.Number(); } }) .then(done, done); }); }); // TODO test submitblock describe('getlastblockheader()', () => { it('should return block header', done => { daemonRPC.getlastblockheader() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); // TODO allow for 'BUSY' result.block_header.should.be.a.Object(); result.block_header.hash.should.be.a.String(); result.block_header.nonce.should.be.a.Number(); }) .then(done, done); }); }); describe('getblockheaderbyhash()', () => { let hash = ''; if (network == 'mainnet') { hash = '3b380d7dac4fe41864fe2fc4b7ef7b2e70575d4d847d1f590550b88dc2e9fdf9'; } else if (network == 'testnet') { hash = '3fd46824b2a1143b72fcb1eed9294c817ab37a3ae607d72f85d7021bb7470f19'; } else if (network == 'stagenet') { hash = '48734337ca1bd5a21dd46ac67307af9a18ea838041c85efc0d0ecc91fc285006'; } it('should return block 31337\'s header', done => { daemonRPC.getblockheaderbyhash(hash) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.block_header.should.be.a.Object(); result.block_header.height.should.be.a.Number(); result.block_header.height.should.be.equal(31337); result.block_header.nonce.should.be.a.Number(); }) .then(done, done); }); }); describe('getblockheaderbyheight()', () => { let height = 0; // TODO do not test block heights over max block height of current network/node let hash = ''; if (network == 'mainnet') { height = 1234567; hash = 'f093439d0dd48010a22fdb615a659e22738a10991871b5dc2335efa69008a8cd'; } else if (network == 'testnet') { height = 123456; hash = 'aaaac8fe6bd05f32aa68b9bd13d66d2056335a1a4a88c788f7a07ab8a1e64912'; } else if (network == 'stagenet') { height = 12345; hash = '43dc0db57bfa5fbfe55c872944697cb8c8570fe12da9228e8c253e9ca16cdf2c'; } it(`should return block ${height}'s header`, done => { daemonRPC.getblockheaderbyheight(height) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.block_header.should.be.a.Object(); result.block_header.hash.should.be.a.String(); result.block_header.hash.should.be.equal(hash); result.block_header.nonce.should.be.a.Number(); }) .then(done, done); }); }); describe('getblockheadersrange()', () => { let height = 0; let hash1 = ''; let hash2 = ''; if (network == 'mainnet') { height = 1020304; hash1 = 'bb3096056f16f7a439b73980f85ac21285f49eb888346447616ec1eff0e7ae63'; hash2 = '0027413cb75c9fe737ce45d8a157679e480e967c2ae69d616b5f24be9c997e3b'; } else if (network == 'testnet') { height = 10203; hash1 = '6d08e01524fe6f93eb694ec534145d732fa5ac06d504dbcf61056d33e67e6001'; hash2 = '7d0f8b2b38b43cb6cc47eb0dcff42d4780e20dbc12b32432c1d5f166f5c48d8b'; } else if (network == 'stagenet') { height = 102; hash1 = 'c0cf8bbff7bf84f1efa448394bd64b52a36f9f30ff56efb2f6c0302f7680ee3e'; hash2 = 'cb876ef4fda2057c41b8a484464d26b4c525b3db3d0051476681732940ad2890'; } it(`should return block headers from blocks ${height} to ${height+1}`, done => { daemonRPC.getblockheadersrange(height, height+1) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.headers.should.be.a.Array(); result.headers[0].should.be.a.Object(); result.headers[0].hash.should.be.a.String(); // result.headers[0].hash.should.be.equal(hash); result.headers[0].nonce.should.be.a.Number(); result.headers[1].should.be.a.Object(); result.headers[1].hash.should.be.a.String(); // result.headers[1].hash.should.be.equal(hash); result.headers[1].nonce.should.be.a.Number(); }) .then(done, done); }); }); describe('getblock_by_hash()', () => { let hash = ''; if (network == 'mainnet') { hash = '5ab00b5f78f731a64ace5558c909cf2d74021d41218021806845197107c6709a'; } else if (network == 'testnet') { hash = '5366843859002d2529fdf9e220be4e67e89ae5406f3effebe4b4ba6872700778'; } else if (network == 'stagenet') { hash = '6dee4fedc89d31ac93302fe7732010e2d12445756808855450c57ee59f853b0d'; } it('should return block 101010', done => { daemonRPC.getblock_by_hash(hash) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.blob.should.be.a.String(); result.block_header.should.be.a.Object(); result.block_header.height.should.be.a.Number(); result.block_header.height.should.be.equal(101010); result.block_header.nonce.should.be.a.Number(); }) .then(done, done); }); }); describe('getblock_by_height()', () => { let hash = ''; if (network == 'mainnet') { hash = 'b137c1d3f3a120635f4824b1f2584571cd9c6d702eba778749d99bce126a244b'; } else if (network == 'testnet') { hash = 'bd56249118d28c35d81195ab7d946ee2648989b32d7902367681266f68db3e92'; } else if (network == 'stagenet') { hash = '6db64a6a8d05e76ce033ccf89320755115b631e512a82dab35f9eefc287c3155'; } it('should return block 20202', done => { daemonRPC.getblock_by_height(20202) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.blob.should.be.a.String(); result.block_header.should.be.a.Object(); result.block_header.hash.should.be.a.String(); result.block_header.hash.should.be.equal(hash); result.block_header.nonce.should.be.a.Number(); }) .then(done, done); }); }); describe('get_outs()', () => { it('should get output info', done => { daemonRPC.get_outs([{ index: 77777 }]) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.outs.should.be.a.Array(); result.outs[0].should.be.a.Object(); result.outs[0].key.should.be.a.String(); }) .then(done, done); }); }); describe('hard_fork_info()', () => { it('should get hard info', done => { daemonRPC.hard_fork_info() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.earliest_height.should.be.a.Number(); result.version.should.be.a.Number(); }) .then(done, done); }); }); describe('getheight()', () => { it('should get node\'s current height', done => { daemonRPC.getheight() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.should.be.a.Object(); result.height.should.be.a.Number(); }) .then(done, done); }); }); describe('gettransactions()', () => { let txid = ''; if (network == 'mainnet') { txid = '99a992675f1204ea114e1ad14f2e622554f46b3a9cacc91c6255b789906269d5'; } else if (network == 'testnet') { txid = '0f9be746e4112bc94ad281ab354f5b383e4f13a3d12bf27c39fc24339a8298a6'; } else if (network == 'stagenet') { txid = '8da67f5a0c0a32f04b457911a5d47cd65922fe2d077d481cba261c866e0b3b4f'; } it('should get transaction info', done => { daemonRPC.gettransactions([txid]) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.txs.should.be.a.Array(); result.txs[0].should.be.a.Object(); result.txs[0].block_height.should.be.a.Number(); result.txs[0].block_height.should.be.equal(42069); }) .then(done, done); }); }); describe('get_alt_blocks_hashes()', () => { it('should get orphaned block hashes', done => { daemonRPC.get_alt_blocks_hashes() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); if ('blks_hashes' in result) { result.blks_hashes.should.be.a.Array(); } }) .then(done, done); }); }); describe('is_key_image_spent()', () => { let key_image = ''; if (network == 'mainnet') { key_image = '8d1bd8181bf7d857bdb281e0153d84cd55a3fcaa57c3e570f4a49f935850b5e3'; } else if (network == 'testnet') { key_image = '1492ffbd6374cd6ac7d3eede15f48466202f8e686ccdc6f515226d54816c063d'; } else if (network == 'stagenet') { key_image = ''; // TODO } it('should get spend status of key image', done => { daemonRPC.is_key_image_spent([key_image]) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.spent_status.should.be.a.Array(); result.spent_status[0].should.be.a.Number(); result.spent_status[0].should.be.equal(1); }) .then(done, done); }); }); // TODO test send_raw_transaction describe('get_transaction_pool()', () => { it('should get transaction pool info', done => { daemonRPC.get_transaction_pool() .then(result => { if (typeof result == 'string') result = JSON.parse(result); result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); }) .then(done, done); }); }); describe('get_transaction_pool_stats()', () => { it('should get transaction pool stats', done => { daemonRPC.get_transaction_pool_stats() .then(result => { result.should.be.a.Object(); result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.pool_stats.should.be.a.Object(); result.pool_stats.txs_total.should.be.a.Number(); }) .then(done, done); }); }); describe('get_info()', () => { it('should get general blockchain and network info', done => { daemonRPC.get_info() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.tx_count.should.be.a.Number(); result.status.should.be.a.String(); }) .then(done, done); }); }); if (daemonRPC['local']) { // Only run the following tests on a local daemon describe('get_connections()', () => { it('should get remote daemon connections', done => { daemonRPC.get_connections() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.connections.should.be.a.Array(); result.connections[0].should.be.a.Object(); result.connections[0].address.should.be.a.String(); result.connections[0].height.should.be.a.Number(); }) .then(done, done); }); }); describe('start_mining()', () => { let address = ''; // monerojs donation addresses if (network == 'mainnet') { address = '44AFFq5kSiGBoZ4NMDwYtN18obc8AemS33DBLWs3H7otXft3XjrpDtQGv7SqSsaBYBb98uNbr2VBBEt7f2wfn3RVGQBEP3A'; } else if (network == 'testnet') { address = '9sykYqd8soGa9Fv8zDMdt2gN8z2Aj5qQeBNpXjxRowkyCoWCYxa3xumYQe5MmQJuFN5CVTQwK2gqtfBNsFqa16gp1L4uGBU'; } else if (network == 'stagenet') { address = '56Gpz2CeLbq1KT6eTHCqH43StT8kh7WQs9ji8wmECS7WUAx85FHrRztebp48wgEt6kcRbTpvBhnktEyDHVhe7xjbTAzALiY'; } it('should start mining', done => { daemonRPC.start_mining(false, false, address, 2) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); }) .then(done, done); }); }); describe('mining_status()', () => { it('should stop mining', done => { daemonRPC.mining_status() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.speed.should.be.a.Number(); }) .then(done, done); }); }); describe('set_log_hash_rate()', () => { it('should set hash rate log dislay mode', done => { daemonRPC.set_log_hash_rate(true) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); // TODO Allow for 'NOT MINING' if not mining }) .then(done, done); }); }); describe('stop_mining()', () => { it('should stop mining', done => { daemonRPC.stop_mining() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); }) .then(done, done); }); }); // TODO make SURE that mining is stopped. describe('save_bc()', () => { it('should save blockchain', done => { daemonRPC.save_bc() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); }) .then(done, done); }); }); describe('get_peer_list()', () => { it('should get peer list', done => { daemonRPC.get_peer_list() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.gray_list.should.be.a.Array(); result.gray_list[0].should.be.a.Object(); result.gray_list[0].id.should.be.a.Number(); result.white_list.should.be.a.Array(); result.white_list[0].should.be.a.Object(); result.white_list[0].id.should.be.a.Number(); }) .then(done, done); }); }); describe('set_log_level()', () => { it('should set log verbosity', done => { daemonRPC.set_log_level(0) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); }) .then(done, done); }); }); describe('set_log_categories()', () => { it('should set log categories', done => { daemonRPC.set_log_categories('*:WARNING') .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.categories.should.be.a.String(); }) .then(done, done); }); }); describe('get_limit()', () => { it('should get daemon bandwidth limits', done => { daemonRPC.get_limit() .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.limit_down.should.be.a.Number(); }) .then(done, done); }); }); describe('set_limit()', () => { it('should set daemon bandwidth limits', done => { daemonRPC.set_limit(-1, -1) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.limit_down.should.be.a.Number(); }) .then(done, done); }); }); describe('out_peers()', () => { it('should set maximum number of outgoing peers', done => { daemonRPC.out_peers(10000) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); }) .then(done, done); }); }); describe('in_peers()', () => { it('should set maximum number of incoming peers', done => { daemonRPC.in_peers(10000) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); }) .then(done, done); }); }); } describe('get_outs()', () => { it('should get output info', done => { daemonRPC.get_outs([{ index: 77777 }]) .then(result => { result.should.be.a.Object(); result.status.should.be.a.String(); result.status.should.be.equal('OK'); result.outs.should.be.a.Array(); result.outs[0].should.be.a.Object(); result.outs[0].key.should.be.a.String(); }) .then(done, done); }); // // Make sure to test stop_daemon() last // describe('stop_daemon()', () => { // it('should stop the daemon', done => { // daemonRPC.stop_daemon() // .then(result => { // result.should.be.a.Object(); // result.status.should.be.equal('OK'); // // TODO restart daemon // }) // .then(done, done); // }); // }); }); }); }) .catch(error => { // TODO handle error }) .then(done, done); }) .timeout(5000); }); describe('walletRPC constructor', () => { it('should connect to wallet', done => { var walletRPC = new Monero.walletRPC({ autoconnect: true, network: network, initialize: false }) .then(wallet => { wallet.should.be.a.Object(); walletRPC = wallet; // Store daemon interface in global variable describe('walletRPC methods', () => { describe('create_wallet()', () => { it(`should create a new wallet ${network}_wallet (unless it exists)`, done => { walletRPC.create_wallet(`${network}_wallet`) .then(result => { result.should.be.a.Object(); if (result.hasOwnProperty('error')) { if (result.hasOwnProperty('error')) { if (result.error.code == -21) { result.error.code.should.be.equal(-21); } } } }) .then(done, done); }); }); describe('open_wallet()', () => { it(`should open ${network}_wallet`, done => { walletRPC.open_wallet(`${network}_wallet`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); // TODO refresh wallet let address = ''; describe('getaddress()', () => { it('should return the account address', done => { walletRPC.getaddress() .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.addresses.should.be.a.Array(); result.addresses[0].should.be.a.Object(); result.addresses[0].address_index.should.be.a.Number(); address = result.address; }) .then(done, done); }); }); let height = 0; describe('get_height()', () => { it('should get wallet height', done => { walletRPC.get_height() .then(result => { result.should.be.a.Object(); result.height.should.be.a.Number(); height = result.height; }) .then(done, done); }); }); let key_images = []; describe('export_key_images()', () => { it('should export signed key images', done => { walletRPC.export_key_images() .then(result => { result.should.be.a.Object(); result.signed_key_images.should.be.a.Array(); key_images = result.signed_key_images; result.signed_key_images[0].should.be.a.Object(); result.signed_key_images[0].key_image.should.be.a.String(); result.signed_key_images[0].signature.should.be.a.String(); }) .then(done, done); }); }); describe('import_key_images()', () => { it('should import signed key images', done => { walletRPC.import_key_images(key_images) .then(result => { result.should.be.a.Object(); result.height.should.be.a.Number(); result.spent.should.be.a.Number(); result.unspent.should.be.a.Number(); }) .then(done, done); }) .timeout(6000); }); let balance = 0; describe('getbalance()', () => { it('should retrieve the account balance', done => { walletRPC.getbalance() .then(result => { result.should.be.a.Object(); result.balance.should.be.a.Number(); result.unlocked_balance.should.be.a.Number(); balance = result.unlocked_balance; describe('walletRPC transfer methods', () => { if (balance <= 0) { // TODO request funding from faucet describe('check wallet balance...', () => { it(`it should only test transfer methods if ${network}_wallet has balance`, done => { done(); }); }); } else { // Necessary because mocha doesn't do nested tests linearly/synchronously describe('open_wallet()', () => { it(`should open ${network}_wallet`, done => { walletRPC.open_wallet(`${network}_wallet`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); // TODO refresh wallet let tx_blob = ''; let tx_metadata = ''; let tx_hash = ''; let tx_key = ''; describe('transfer()', () => { it('should generate transaction', done => { walletRPC.transfer({ address: address, amount: 0.1, mixin: 6, get_tx_key: true, account_index: 0, subaddr_indices: 0, priority: 1, do_not_relay: true, get_tx_hex: true, get_tx_metadata: true, payment_id: '394dc6dfc57071eb897685e27e6017c45c656758fed9a0b01627f0a644547b5b' }) .then(result => { result.should.be.a.Object(); result.amount.should.be.a.Number(); result.amount.should.be.equal(100000000000); result.fee.should.be.a.Number(); result.tx_hash.should.be.a.String(); tx_hash = result.tx_hash; result.tx_key.should.be.a.String(); tx_key = result.tx_key; result.tx_blob.should.be.a.String(); tx_blob = result.tx_blob; result.tx_metadata.should.be.a.String(); tx_metadata = result.tx_metadata; }) .then(done, done); }) .timeout(5000); }); describe('transfer_split()', () => { it('should generate potentially-split transaction', done => { walletRPC.transfer_split({ address: address, amount: balance - balance/10, mixin: 6, get_tx_keys: true, account_index: 0, subaddr_indices: 0, priority: 1, do_not_relay: true, get_tx_hex: true, get_tx_metadata: true }) .then(result => { result.should.be.a.Object(); result.amount_list.should.be.a.Array(); result.amount_list[0].should.be.a.Number(); // result.amount_list[0].should.be.equal(100000000000); result.fee_list.should.be.a.Array(); result.fee_list[0].should.be.a.Number(); result.tx_hash_list.should.be.a.Array(); result.tx_hash_list[0].should.be.a.String(); result.tx_key_list.should.be.a.Array(); result.tx_key_list[0].should.be.a.String(); result.tx_blob_list.should.be.a.Array(); result.tx_blob_list[0].should.be.a.String(); result.tx_metadata_list.should.be.a.Array(); result.tx_metadata_list[0].should.be.a.String(); }) .then(done, done); }) .timeout(6000); }); describe('sweep_dust()', () => { it('should sweep unspendable dust', done => { walletRPC.sweep_dust() .then(result => { result.should.be.a.Object(); result.multisig_txset.should.be.a.String(); }) .then(done, done); }) .timeout(30000); }); describe('sweep_unmixable()', () => { it('should sweep unmixable outputs', done => { walletRPC.sweep_unmixable() .then(result => { result.should.be.a.Object(); result.multisig_txset.should.be.a.String(); }) .then(done, done); }) .timeout(30000); }); describe('sweep_all()', () => { it('should generate sweep transaction', done => { walletRPC.sweep_all({ address: address, mixin: 6, get_tx_keys: true, account_index: 0, subaddr_indices: 0, priority: 1, do_not_relay: true, get_tx_hex: true, get_tx_metadata: true }) .then(result => { result.should.be.a.Object(); result.amount_list.should.be.a.Array(); result.amount_list[0].should.be.a.Number(); result.fee_list.should.be.a.Array(); result.fee_list[0].should.be.a.Number(); result.tx_hash_list.should.be.a.Array(); result.tx_hash_list[0].should.be.a.String(); result.tx_key_list.should.be.a.Array(); result.tx_key_list[0].should.be.a.String(); result.tx_blob_list.should.be.a.Array(); result.tx_blob_list[0].should.be.a.String(); result.tx_metadata_list.should.be.a.Array(); result.tx_metadata_list[0].should.be.a.String(); }) .then(done, done); }) .timeout(30000); }); describe('sweep_single()', () => { it('should generate sweep transaction of a single key image', done => { walletRPC.sweep_single({ key_image: key_images[0].key_image, address: address, mixin: 6, get_tx_keys: true, account_index: 0, subaddr_indices: 0, priority: 1, do_not_relay: true, get_tx_hex: true, get_tx_metadata: true }) .then(result => { result.should.be.a.Object(); result.amount_list.should.be.a.Array(); result.amount_list[0].should.be.a.Number(); result.fee_list.should.be.a.Array(); result.fee_list[0].should.be.a.Number(); result.tx_hash_list.should.be.a.Array(); result.tx_hash_list[0].should.be.a.String(); result.tx_key_list.should.be.a.Array(); result.tx_key_list[0].should.be.a.String(); result.tx_blob_list.should.be.a.Array(); result.tx_blob_list[0].should.be.a.String(); result.tx_metadata_list.should.be.a.Array(); result.tx_metadata_list[0].should.be.a.String(); }) .then(done, done); }) .timeout(9000); }); describe('relay_tx()', () => { it('should relay transaction', done => { walletRPC.relay_tx(tx_metadata) .then(result => { result.should.be.a.Object(); result.fee.should.be.a.Number(); result.tx_blob.should.be.a.String(); result.tx_hash.should.be.a.String(); result.tx_key.should.be.a.String(); }) .then(done, done); }); }); // TODO request faucet transaction with this payment ID // TODO wait for payment to be mined describe('get_payments()', () => { it('should get payments with payment ID 394dc6dfc57071eb897685e27e6017c45c656758fed9a0b01627f0a644547b5b', done => { walletRPC.get_payments('394dc6dfc57071eb897685e27e6017c45c656758fed9a0b01627f0a644547b5b') .then(result => { result.should.be.a.Object(); // TODO finish test // console.log(result); }) .then(done, done); }); }); // TODO request faucet transaction with this payment ID // TODO wait for payment to be mined describe('get_bulk_payments()', () => { it(`should get payments with payment ID 394dc6dfc57071eb897685e27e6017c45c656758fed9a0b01627f0a644547b5b from height ${Math.floor((height - 1000) / 10000) * 10000}`, done => { walletRPC.get_bulk_payments('394dc6dfc57071eb897685e27e6017c45c656758fed9a0b01627f0a644547b5b', Math.floor((height - 1000) / 10000) * 10000) .then(result => { result.should.be.a.Object(); // TODO finish test // console.log(result); }) .then(done, done); }); }); describe('incoming_transfers()', () => { it('should get incoming transfers', done => { walletRPC.incoming_transfers('all', 0, 0, true) .then(result => { result.should.be.a.Object(); result.transfers.should.be.a.Array(); result.transfers[0].should.be.a.Object(); result.transfers[0].amount.should.be.a.Number(); result.transfers[0].key_image.should.be.a.String(); }) .then(done, done); }); }); describe('set_tx_notes()', () => { it('should set note for transfer', done => { walletRPC.set_tx_notes([tx_hash], ['monerojs unit test suite transaction note']) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('get_tx_notes()', () => { it('should get note for transfer', done => { walletRPC.get_tx_notes([tx_hash]) .then(result => { result.should.be.a.Object(); result.notes.should.be.a.Array(); result.notes[0].should.be.a.String(); result.notes[0].should.be.equal('monerojs unit test suite transaction note'); }) .then(done, done); }); }); describe('get_tx_key()', () => { it('should get transaction key of transfer', done => { walletRPC.get_tx_key(tx_hash) .then(result => { result.should.be.a.Object(); if (result.hasOwnProperty('error')) { if (result.error.code == -24) { result.error.code.should.be.equal(-24); // Transaction not relayed } } else { result.tx_key.should.be.a.String(); result.tx_key.should.be.equal(tx_key); } }) .then(done, done); }); }); describe('check_tx_key()', () => { it('should check transaction key of transfer', done => { walletRPC.check_tx_key(address, tx_hash, tx_key) .then(result => { result.should.be.a.Object(); if (result.hasOwnProperty('error')) { if (result.error.code == -1) { result.error.code.should.be.equal(-1); // Transaction likely not relayed } } else { result.confirmations.should.be.a.Number(); result.in_pool.should.be.a.Boolean(); result.received.should.be.a.Number(); } }) .then(done, done); }); }); let tx_proof = ''; describe('get_tx_proof()', () => { it('should check transaction proof of transfer', done => { walletRPC.get_tx_proof(address, tx_hash) .then(result => { result.should.be.a.Object(); result.signature.should.be.a.String(); tx_proof = result.signature; }) .then(done, done); }); }); describe('check_tx_proof()', () => { it('should check transaction proof of transfer', done => { walletRPC.check_tx_proof(address, tx_hash, tx_proof) .then(result => { result.should.be.a.Object(); result.confirmations.should.be.a.Number(); result.good.should.be.a.Boolean(); result.good.should.be.equal(true); result.in_pool.should.be.a.Boolean(); result.received.should.be.a.Number(); }) .then(done, done); }); }); let tx_spend_proof = ''; describe('get_spend_proof()', () => { it('should check spend proof of transfer', done => { walletRPC.get_spend_proof(tx_hash) .then(result => { result.should.be.a.Object(); result.signature.should.be.a.String(); tx_spend_proof = result.signature; }) .then(done, done); }); }); describe('check_spend_proof()', () => { it('should check spend proof of transfer', done => { walletRPC.check_spend_proof(tx_hash, tx_spend_proof) .then(result => { result.should.be.a.Object(); result.good.should.be.a.Boolean(); result.good.should.be.equal(true); }) .then(done, done); }); }); let reserve_proof = ''; describe('get_reserve_proof()', () => { it('should check reserve proof of primary account', done => { walletRPC.get_reserve_proof(0, 1) .then(result => { result.should.be.a.Object(); result.signature.should.be.a.String(); reserve_proof = result.signature; }) .then(done, done); }); }); describe('check_reserve_proof()', () => { it('should check reserve proof of address', done => { walletRPC.check_reserve_proof(address, reserve_proof) .then(result => { result.should.be.a.Object(); result.good.should.be.a.Boolean(); result.good.should.be.equal(true); result.spent.should.be.a.Number(); result.total.should.be.a.Number(); }) .then(done, done); }); }); // TODO find out why no transfers are listed describe('get_transfers()', () => { it('should get list of transfers', done => { walletRPC.get_transfers() .then(result => { result.should.be.a.Object(); if ('in' in result) result.in.should.be.a.Array(); if ('out' in result) result.out.should.be.a.Array(); if ('pending' in result) result.pending.should.be.a.Array(); if ('pool' in result) result.pool.should.be.a.Array(); if ('failed' in result) result.failed.should.be.a.Array(); }) .then(done, done); }); }); describe('get_transfer_by_txid()', () => { it('should get transfer information', done => { walletRPC.get_transfer_by_txid(tx_hash) .then(result => { result.should.be.a.Object(); result.transfer.should.be.a.Object(); result.transfer.address.should.be.a.String(); result.transfer.amount.should.be.a.Number(); result.transfer.note.should.be.a.String(); result.transfer.note.should.be.equal('monerojs unit test suite transaction note'); }) .then(done, done); }); }); } }); }) .then(done, done); }); }); let address_index = 0; describe('create_address()', () => { it('should create new subaddress', done => { walletRPC.create_address(0, 'monerojs unit test suite') .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.address_index.should.be.a.Number(); address_index = result.address_index; }) .then(done, done); }); }); describe('label_address()', () => { it('should set address label', done => { walletRPC.label_address({ major: 0, minor: address_index }, 'monerojs unit test suite subaddress label') .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('get_accounts()', () => { it('should get wallet accounts', done => { walletRPC.get_accounts() .then(result => { result.should.be.a.Object(); result.subaddress_accounts.should.be.a.Array(); result.subaddress_accounts[0].account_index.should.be.a.Number(); }) .then(done, done); }); }); let account_index = 0; describe('create_account()', () => { it('should create new account', done => { walletRPC.create_account('monerojs unit test suite') .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.account_index.should.be.a.Number(); account_index = result.account_index; }) .then(done, done); }); }); describe('label_account()', () => { it('should label wallet account', done => { walletRPC.label_account(account_index, 'monerojs unit test suite account label') .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('tag_accounts()', () => { it('should tag wallet account', done => { walletRPC.tag_accounts([account_index], 'monerojs unit test suite account tag') .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('set_account_tag_description()', () => { it('should add a description to the wallet account tag', done => { walletRPC.set_account_tag_description('monerojs unit test suite account tag', 'monerojs unit test suite account tag description') .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('get_account_tags()', () => { it('should get account tags', done => { walletRPC.get_account_tags() .then(result => { result.should.be.a.Object(); result.account_tags.should.be.a.Array(); }) .then(done, done); }); }); describe('untag_accounts()', () => { it('should untag wallet account', done => { walletRPC.tag_accounts([account_index]) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('store()', () => { it('should save wallet', done => { walletRPC.store() .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('query_key()', () => { it('should get wallet view key', done => { walletRPC.query_key('view_key') .then(result => { result.should.be.a.Object(); result.key.should.be.a.String(); // TODO test that key is valid }) .then(done, done); }); it('should get wallet spend key', done => { walletRPC.query_key('spend_key') .then(result => { result.should.be.a.Object(); result.key.should.be.a.String(); // TODO test that key is valid }) .then(done, done); }); it('should get wallet mnemonic', done => { walletRPC.query_key('mnemonic') .then(result => { result.should.be.a.Object(); result.key.should.be.a.String(); // TODO test that mnemonic is valid }) .then(done, done); }); }); describe('view_key()', () => { it('should get wallet view key', done => { walletRPC.view_key() .then(result => { result.should.be.a.Object(); result.key.should.be.a.String(); // TODO test that key is valid }) .then(done, done); }); }); describe('spend_key()', () => { it('should get wallet spend key', done => { walletRPC.spend_key() .then(result => { result.should.be.a.Object(); result.key.should.be.a.String(); // TODO test that key is valid }) .then(done, done); }); }); describe('mnemonic()', () => { it('should get wallet mnemonic', done => { walletRPC.mnemonic() .then(result => { result.should.be.a.Object(); result.key.should.be.a.String(); // TODO test that mnemonic is valid }) .then(done, done); }); }); let integrated_address = ''; describe('make_integrated_address()', () => { it('should make integrated address', done => { walletRPC.make_integrated_address('394dc6dfc57071eb') .then(result => { result.should.be.a.Object(); result.payment_id.should.be.a.String(); result.payment_id.should.be.equal('394dc6dfc57071eb'); result.integrated_address.should.be.a.String(); integrated_address = result.integrated_address; }) .then(done, done); }); }); describe('split_integrated_address()', () => { it('should split integrated address', done => { walletRPC.split_integrated_address(integrated_address) .then(result => { result.should.be.a.Object(); result.payment_id.should.be.a.String(); result.payment_id.should.be.equal('394dc6dfc57071eb'); }) .then(done, done); }); }); describe('set_attribute()', () => { it('should set wallet attribute', done => { walletRPC.set_attribute('ATTRIBUTE_DESCRIPTION', 'monerojs unit test suite wallet description') .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('get_attribute()', () => { it('should get wallet attribute', done => { walletRPC.get_attribute('ATTRIBUTE_DESCRIPTION') .then(result => { result.should.be.a.Object(); result.value.should.be.a.String(); result.value.should.be.equal('monerojs unit test suite wallet description'); }) .then(done, done); }); }); let signature = ''; describe('sign()', () => { it('should sign message', done => { walletRPC.sign('monerojs unit test suite message') .then(result => { result.should.be.a.Object(); result.signature.should.be.a.String(); signature = result.signature; // TODO verify without relying upon JSON-RPC calls }) .then(done, done); }); }); describe('verify()', () => { it('should verify signed message', done => { walletRPC.verify('monerojs unit test suite message', address, signature) .then(result => { result.should.be.a.Object(); result.good.should.be.a.Boolean(); result.good.should.be.equal(true); }) .then(done, done); }); }); let uri = ''; describe('make_uri()', () => { it('should make uri', done => { walletRPC.make_uri(address, 0.123456789101, '394dc6dfc57071eb897685e27e6017c45c656758fed9a0b01627f0a644547b5b', 'monerojs unit test suite', 'monerojs unit test suite uri') .then(result => { result.should.be.a.Object(); result.uri.should.be.a.String(); uri = result.uri; }) .then(done, done); }); }); describe('parse_uri()', () => { it('should parse uri', done => { walletRPC.parse_uri(uri) .then(result => { result.should.be.a.Object(); result.uri.should.be.a.Object(); result.uri.address.should.be.a.String(); result.uri.address.should.be.equal(address); result.uri.amount.should.be.a.Number(); result.uri.amount.should.be.equal(123456789101); result.uri.payment_id.should.be.a.String(); result.uri.payment_id.should.be.equal('394dc6dfc57071eb897685e27e6017c45c656758fed9a0b01627f0a644547b5b'); result.uri.recipient_name.should.be.a.String(); result.uri.recipient_name.should.be.equal('monerojs unit test suite'); result.uri.tx_description.should.be.a.String(); result.uri.tx_description.should.be.equal('monerojs unit test suite uri'); }) .then(done, done); }); }); let address_book_index = 0; describe('add_address_book()', () => { it('should add address to address book', done => { walletRPC.add_address_book(address, '394dc6dfc57071eb897685e27e6017c45c656758fed9a0b01627f0a644547b5b', 'monerojs unit test suite address book entry') .then(result => { result.should.be.a.Object(); result.index.should.be.a.Number(); address_book_index = result.index; }) .then(done, done); }); }); describe('get_address_book()', () => { it('should get address book entry', done => { walletRPC.get_address_book([address_book_index]) .then(result => { result.should.be.a.Object(); result.entries.should.be.a.Array(); result.entries[0].should.be.a.Object(); result.entries[0].address.should.be.a.String(); result.entries[0].address.should.be.equal(address); result.entries[0].description.should.be.a.String(); result.entries[0].description.should.be.equal('monerojs unit test suite address book entry'); result.entries[0].index.should.be.a.Number(); result.entries[0].index.should.be.equal(address_book_index); result.entries[0].payment_id.should.be.a.String(); result.entries[0].payment_id.should.be.equal('394dc6dfc57071eb897685e27e6017c45c656758fed9a0b01627f0a644547b5b'); }) .then(done, done); }); }); describe('delete_address_book()', () => { it('should delete address from address book', done => { walletRPC.delete_address_book(address_book_index) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('start_mining()', () => { it('should start mining', done => { walletRPC.start_mining(2, false, false) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('stop_mining()', () => { it('should stop mining', done => { walletRPC.stop_mining() .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('get_languages()', () => { it('should get list of seed languages', done => { walletRPC.get_languages() .then(result => { result.should.be.a.Object(); result.languages.should.be.a.Array(); }) .then(done, done); }); }); describe('is_multisig()', () => { it(`should get if ${network}_wallet is multisig`, done => { walletRPC.is_multisig() .then(result => { result.should.be.a.Object(); result.multisig.should.be.a.Boolean(); result.multisig.should.be.equal(false); }) .then(done, done); }); }); describe('rescan_spent()', () => { it('should rescan spent outputs', done => { walletRPC.rescan_spent() .then(result => { result.should.be.a.Object(); }) .then(done, done); }) .timeout(60000); }); // // Destroys wallet cache // describe('rescan_blockchain()', () => { // it('should rescan blockchain', done => { // walletRPC.rescan_blockchain() // .then(result => { // result.should.be.a.Object(); // }) // .then(done, done); // }) // .timeout(60000); // }); // // Make sure to test stop_wallet() last // describe('stop_wallet()', () => { // it('should stop wallet', done => { // walletRPC.stop_wallet() // .then(result => { // result.should.be.a.Object(); // // TODO restart wallet // }) // .then(done, done); // }); // }); }); describe('2/2 multisig', () => { describe('a. create_wallet()', () => { it(`should create a new wallet ${network}_multisig_wallet_2-2_a (unless it exists)`, done => { walletRPC.create_wallet(`${network}_multisig_wallet_2-2_a`) .then(result => { result.should.be.a.Object(); if (result.hasOwnProperty('error')) { if (result.error.code == -21) { result.error.code.should.be.equal(-21); } } }) .then(done, done); }); }); describe('a. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-2_a`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-2_a`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let is_wallet_22_a_multisig = false; describe('a. is_multisig()', () => { it(`should check if ${network}_multisig_wallet_2-2_a is multisig`, done => { walletRPC.is_multisig() .then(result => { result.should.be.a.Object(); result.multisig.should.be.a.Boolean(); is_wallet_22_a_multisig = result.multisig; }) .then(done, done); }); }); let multisig_info_22_a = ''; describe('a. prepare_multisig()', () => { it(`should prepare ${network}_multisig_wallet_2-2_a for multisig`, done => { if (is_wallet_22_a_multisig) { done(); } else { walletRPC.prepare_multisig() .then(result => { result.should.be.a.Object(); result.multisig_info.should.be.a.String(); multisig_info_22_a = result.multisig_info; }) .then(done, done); } }); }); describe('b. create_wallet()', () => { it(`should create a new wallet ${network}_multisig_wallet_2-2_b (unless it exists)`, done => { walletRPC.create_wallet(`${network}_multisig_wallet_2-2_b`) .then(result => { result.should.be.a.Object(); if (result.hasOwnProperty('error')) { if (result.error.code == -21) { result.error.code.should.be.equal(-21); } } }) .then(done, done); }); }); describe('b. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-2_b`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-2_b`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let is_wallet_22_b_multisig = false; describe('b. is_multisig()', () => { it(`should check if ${network}_multisig_wallet_2-2_b is multisig`, done => { walletRPC.is_multisig() .then(result => { result.should.be.a.Object(); result.multisig.should.be.a.Boolean(); is_wallet_22_b_multisig = result.multisig; }) .then(done, done); }); }); let multisig_info_22_b = ''; describe('b. prepare_multisig()', () => { it(`should prepare ${network}_multisig_wallet_2-2_b for multisig`, done => { if (is_wallet_22_b_multisig) { done(); } else { walletRPC.prepare_multisig() .then(result => { result.should.be.a.Object(); result.multisig_info.should.be.a.String(); multisig_info_22_b = result.multisig_info; }) .then(done, done); } }); }); let multisig_address_22_b = ''; describe('b. make_multisig()', () => { it(`should make ${network}_multisig_wallet_2-2_b multisig`, done => { if (is_wallet_22_b_multisig) { done(); } else { walletRPC.make_multisig(2, [multisig_info_22_a]) .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); multisig_address_22_b = result.address; }) .then(done, done); } }); }); describe('a. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-2_a`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-2_a`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('a. make_multisig()', () => { it(`should make ${network}_multisig_wallet_2-2_a multisig`, done => { if (is_wallet_22_a_multisig) { done(); } else { walletRPC.make_multisig(2, [multisig_info_22_b]) .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.address.should.be.equal(multisig_address_22_b); }) .then(done, done); } }); }); let multisig_balance_22_a = 0; // TODO refresh wallet describe('a. getbalance()', () => { it('should retrieve the 2/2 multisig wallet balance', done => { walletRPC.getbalance() .then(result => { result.should.be.a.Object(); result.balance.should.be.a.Number(); result.unlocked_balance.should.be.a.Number(); multisig_balance_22_a = result.unlocked_balance; describe('2/2 multisig transfer methods', () => { if (multisig_balance_22_a <= 0) { // TODO request funding from faucet describe('check wallet balance...', () => { it('it should only test transfer methods if the 2/2 multisig wallet has balance', done => { done(); }); }); } else { describe('a. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-2_a`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-2_a`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); // TODO refresh wallet describe('a. export_multisig_info()', () => { it('should export multisig info', done => { walletRPC.export_multisig_info() .then(result => { result.should.be.a.Object(); result.info.should.be.a.String(); multisig_info_22_a = result.info; }) .then(done, done); }) .timeout(30000); }); describe('b. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-2_b`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-2_b`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); // TODO refresh wallet let address = ''; describe('b. getaddress()', () => { it(`should return the 2/2 multisig wallet's address`, done => { walletRPC.getaddress() .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.addresses.should.be.a.Array(); result.addresses[0].should.be.a.Object(); result.addresses[0].address_index.should.be.a.Number(); address = result.address; }) .then(done, done); }); }); describe('b. import_multisig_info()', () => { it(`should import multisig info from ${network}_multisig_wallet_2-2_a`, done => { walletRPC.import_multisig_info([multisig_info_22_a]) .then(result => { result.should.be.a.Object(); result.n_outputs.should.be.a.Number(); }) .then(done, done); }) .timeout(30000); }); let multisig_txset_22_b = '' describe('b. transfer()', () => { it('should generate transaction from 2/2 multisig wallet', done => { walletRPC.transfer({ address: address, amount: 0.1, mixin: 6, get_tx_key: true, priority: 1, do_not_relay: true, get_tx_hex: true, get_tx_metadata: true }) .then(result => { result.should.be.a.Object(); result.amount.should.be.a.Number(); result.amount.should.be.equal(100000000000); result.fee.should.be.a.Number(); // result.tx_hash.should.be.a.String(); result.tx_key.should.be.a.String(); // result.tx_blob.should.be.a.String(); // result.tx_metadata.should.be.a.String(); result.multisig_txset.should.be.a.String(); multisig_txset_22_b = result.multisig_txset; }) .then(done, done); }) .timeout(5000); }); describe('a. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-2_a`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-2_a`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let multisig_tx_data_hex = ''; describe('a. sign_multisig()', () => { it('should sign multisig transaction from 2/2 multisig wallet', done => { walletRPC.sign_multisig(multisig_txset_22_b) .then(result => { result.should.be.a.Object(); result.tx_data_hex.should.be.a.String(); multisig_tx_data_hex = result.tx_data_hex; result.tx_hash_list.should.be.a.Array(); result.tx_hash_list[0].should.be.a.String(); }) .then(done, done); }); }); describe('a. submit_multisig()', () => { it('should submit 2/2 multisig transaction', done => { walletRPC.submit_multisig(multisig_tx_data_hex) .then(result => { result.should.be.a.Object(); result.tx_hash_list.should.be.a.Array(); result.tx_hash_list[0].should.be.a.String(); }) .then(done, done); }); }); } }); }) .then(done, done); }); }); }); describe('2/3 multisig', () => { describe('a. create_wallet()', () => { it(`should create a new wallet ${network}_multisig_wallet_2-3_a (unless it exists)`, done => { walletRPC.create_wallet(`${network}_multisig_wallet_2-3_a`) .then(result => { result.should.be.a.Object(); if (result.hasOwnProperty('error')) { if (result.error.code == -21) { result.error.code.should.be.equal(-21); } } }) .then(done, done); }); }); describe('a. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_a`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_a`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let is_wallet_23_a_multisig = false; describe('a. is_multisig()', () => { it(`should check if ${network}_multisig_wallet_2-3_a is multisig`, done => { walletRPC.is_multisig() .then(result => { result.should.be.a.Object(); result.multisig.should.be.a.Boolean(); is_wallet_23_a_multisig = result.multisig; }) .then(done, done); }); }); let multisig_info_23_a = ''; describe('a. prepare_multisig()', () => { it(`should prepare ${network}_multisig_wallet_2-3_a for multisig`, done => { if (is_wallet_23_a_multisig) { done(); } else { walletRPC.prepare_multisig() .then(result => { result.should.be.a.Object(); result.multisig_info.should.be.a.String(); multisig_info_23_a = result.multisig_info; }) .then(done, done); } }); }); describe('b. create_wallet()', () => { it(`should create a new wallet ${network}_multisig_wallet_2-3_b (unless it exists)`, done => { walletRPC.create_wallet(`${network}_multisig_wallet_2-3_b`) .then(result => { result.should.be.a.Object(); if (result.hasOwnProperty('error')) { if (result.hasOwnProperty('error')) { if (result.error.code == -21) { result.error.code.should.be.equal(-21); } } } }) .then(done, done); }); }); describe('b. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_b`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_b`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let is_wallet_23_b_multisig = false; describe('b. is_multisig()', () => { it(`should check if ${network}_multisig_wallet_2-3_b is multisig`, done => { walletRPC.is_multisig() .then(result => { result.should.be.a.Object(); result.multisig.should.be.a.Boolean(); is_wallet_23_b_multisig = result.multisig; }) .then(done, done); }); }); let multisig_info_23_b = ''; describe('b. prepare_multisig()', () => { it(`should prepare ${network}_multisig_wallet_2-3_b for multisig`, done => { if (is_wallet_23_b_multisig) { done(); } else { walletRPC.prepare_multisig() .then(result => { result.should.be.a.Object(); result.multisig_info.should.be.a.String(); multisig_info_23_b = result.multisig_info; }) .then(done, done); } }); }); describe('c. create_wallet()', () => { it(`should create a new wallet ${network}_multisig_wallet_2-3_c (unless it exists)`, done => { walletRPC.create_wallet(`${network}_multisig_wallet_2-3_c`) .then(result => { result.should.be.a.Object(); if (result.hasOwnProperty('error')) { if (result.hasOwnProperty('error')) { if (result.error.code == -21) { result.error.code.should.be.equal(-21); } } } }) .then(done, done); }); }); describe('c. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_c`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_c`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let is_wallet_23_c_multisig = false; describe('c. is_multisig()', () => { it(`should check if ${network}_multisig_wallet_2-3_c is multisig`, done => { walletRPC.is_multisig() .then(result => { result.should.be.a.Object(); result.multisig.should.be.a.Boolean(); is_wallet_23_c_multisig = result.multisig; }) .then(done, done); }); }); let multisig_info_23_c = ''; describe('c. prepare_multisig()', () => { it(`should prepare ${network}_multisig_wallet_2-3_c for multisig`, done => { if (is_wallet_23_c_multisig) { done(); } else { walletRPC.prepare_multisig() .then(result => { result.should.be.a.Object(); result.multisig_info.should.be.a.String(); multisig_info_23_c = result.multisig_info; }) .then(done, done); } }); }); describe('a. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_a`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_a`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let multisig_finalization_23_a = ''; describe('a. make_multisig()', () => { it(`should make ${network}_multisig_wallet_2-3_a multisig`, done => { if (is_wallet_23_a_multisig) { done(); } else { walletRPC.make_multisig(2, [multisig_info_23_b, multisig_info_23_c]) .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.multisig_info.should.be.a.String(); multisig_finalization_23_a = result.multisig_info; }) .then(done, done); } }); }); describe('b. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_b`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_b`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let multisig_finalization_23_b = ''; describe('b. make_multisig()', () => { it(`should make ${network}_multisig_wallet_2-3_b multisig`, done => { if (is_wallet_23_b_multisig) { done(); } else { walletRPC.make_multisig(2, [multisig_info_23_a, multisig_info_23_c]) .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.multisig_info.should.be.a.String(); multisig_finalization_23_b = result.multisig_info; }) .then(done, done); } }); }); describe('c. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_c`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_c`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let multisig_finalization_23_c = ''; describe('c. make_multisig()', () => { it(`should make ${network}_multisig_wallet_2-3_c multisig`, done => { if (is_wallet_23_c_multisig) { done(); } else { walletRPC.make_multisig(2, [multisig_info_23_a, multisig_info_23_b]) .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.multisig_info.should.be.a.String(); multisig_finalization_23_c = result.multisig_info; }) .then(done, done); } }); }); let multisig_address_23_c = '' describe('c. finalize_multisig()', () => { it(`should finalize ${network}_multisig_wallet_2-3_c as multisig`, done => { if (is_wallet_23_c_multisig) { done(); } else { walletRPC.finalize_multisig([multisig_finalization_23_a, multisig_finalization_23_b]) .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); multisig_address_23_c = result.address; }) .then(done, done); } }); }); describe('a. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_a`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_a`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('a. finalize_multisig()', () => { it(`should finalize ${network}_multisig_wallet_2-3_a as multisig`, done => { if (is_wallet_23_a_multisig) { done(); } else { walletRPC.finalize_multisig([multisig_finalization_23_b, multisig_finalization_23_c]) .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.address.should.be.equal(multisig_address_23_c); }) .then(done, done); } }); }); describe('b. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_b`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_b`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); describe('b. finalize_multisig()', () => { it(`should finalize ${network}_multisig_wallet_2-3_b as multisig`, done => { if (is_wallet_23_b_multisig) { done(); } else { walletRPC.finalize_multisig([multisig_finalization_23_a, multisig_finalization_23_c]) .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.address.should.be.equal(multisig_address_23_c); }) .then(done, done); } }); }); // TODO refresh wallet let multisig_balance_23_b = ''; describe('b. getbalance()', () => { it('should retrieve the 2/3 multisig wallet balance', done => { walletRPC.getbalance() .then(result => { result.should.be.a.Object(); result.balance.should.be.a.Number(); result.unlocked_balance.should.be.a.Number(); multisig_balance_23_b = result.unlocked_balance; describe('2/3 multisig transfer methods', () => { if (multisig_balance_23_b <= 0) { // TODO request funding from faucet describe('check wallet balance...', () => { it('it should only test transfer methods if the 2/3 multisig wallet has balance', done => { done(); }); }); } else { describe('a. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_a`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_a`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); // TODO refresh wallet describe('a. export_multisig_info()', () => { it('should export multisig info', done => { walletRPC.export_multisig_info() .then(result => { result.should.be.a.Object(); result.info.should.be.a.String(); multisig_info_23_a = result.info; }) .then(done, done); }) .timeout(30000); }); describe('b. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_b`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_b`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); // TODO refresh wallet describe('b. export_multisig_info()', () => { it('should export multisig info', done => { walletRPC.export_multisig_info() .then(result => { result.should.be.a.Object(); result.info.should.be.a.String(); multisig_info_23_b = result.info; }) .then(done, done); }) .timeout(30000); }); describe('c. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_c`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_c`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); // TODO refresh wallet let address = ''; describe('c. getaddress()', () => { it(`should return the 2/3 multisig wallet's address`, done => { walletRPC.getaddress() .then(result => { result.should.be.a.Object(); result.address.should.be.a.String(); result.addresses.should.be.a.Array(); result.addresses[0].should.be.a.Object(); result.addresses[0].address_index.should.be.a.Number(); address = result.address; }) .then(done, done); }); }); describe('c. import_multisig_info()', () => { it(`should import multisig info from ${network}_multisig_wallet_2-3_a and ${network}_multisig_wallet_2-3_b`, done => { walletRPC.import_multisig_info([multisig_info_23_a, multisig_info_23_b]) .then(result => { result.should.be.a.Object(); result.n_outputs.should.be.a.Number(); }) .then(done, done); }) .timeout(30000); }); let multisig_txset_23_c = '' describe('c. transfer()', () => { it('should generate transaction from 2/3 multisig wallet', done => { walletRPC.transfer({ address: address, amount: 0.1, mixin: 6, get_tx_key: true, priority: 1, do_not_relay: true, get_tx_hex: true, get_tx_metadata: true }) .then(result => { result.should.be.a.Object(); result.amount.should.be.a.Number(); result.amount.should.be.equal(100000000000); result.fee.should.be.a.Number(); // result.tx_hash.should.be.a.String(); result.tx_key.should.be.a.String(); // result.tx_blob.should.be.a.String(); // result.tx_metadata.should.be.a.String(); result.multisig_txset.should.be.a.String(); multisig_txset_23_c = result.multisig_txset; }) .then(done, done); }) .timeout(5000); }); describe('a. open_wallet()', () => { it(`should open ${network}_multisig_wallet_2-3_a`, done => { walletRPC.open_wallet(`${network}_multisig_wallet_2-3_a`) .then(result => { result.should.be.a.Object(); }) .then(done, done); }); }); let multisig_tx_data_hex = ''; describe('a. sign_multisig()', () => { it(`should sign multisig transaction from ${network}_multisig_wallet_2-3_c`, done => { walletRPC.sign_multisig(multisig_txset_23_c) .then(result => { result.should.be.a.Object(); result.tx_data_hex.should.be.a.String(); multisig_tx_data_hex = result.tx_data_hex; result.tx_hash_list.should.be.a.Array(); result.tx_hash_list[0].should.be.a.String(); }) .then(done, done); }); }); describe('a. submit_multisig()', () => { it('should submit 2/3 multisig transaction', done => { walletRPC.submit_multisig(multisig_tx_data_hex) .then(result => { result.should.be.a.Object(); result.tx_hash_list.should.be.a.Array(); result.tx_hash_list[0].should.be.a.String(); }) .then(done, done); }); }); } }); }) .then(done, done); }); }); }); }) .catch(error => { // TODO handle error }) .then(done, done); }); }) .timeout(5000);