mirror of
https://github.com/Xahau/xahau.js.git
synced 2025-11-20 12:15:51 +00:00
363 lines
13 KiB
JavaScript
363 lines
13 KiB
JavaScript
/* eslint-disable func-style */
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'use strict';
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const coreTypes = require('../src/coretypes');
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const _ = require('lodash');
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const assert = require('assert-diff');
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const {encodeAccountID} = require('ripple-address-codec');
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const {binary: {makeParser, readJSON}, Field, Amount, Hash160} = coreTypes;
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const {enums: {TransactionType}} = coreTypes;
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const utils = require('./utils');
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const {parseHexOnly, assertEqualAmountJSON, hexOnly, loadFixture} = utils;
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const {bytesToHex} = require('../src/utils/bytes-utils');
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const fixtures = loadFixture('data-driven-tests.json');
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const {BytesList} = require('../src/serdes/binary-serializer');
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const __ = hexOnly;
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function unused() {}
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function toJSON(v) {
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return v.toJSON ? v.toJSON() : v;
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}
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function basicApiTests() {
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const bytes = parseHexOnly('00,01020304,0506', Uint8Array);
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it('can read slices of bytes', () => {
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const parser = makeParser(bytes);
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assert.deepEqual(parser.pos(), 0);
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assert(parser._buf instanceof Uint8Array);
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const read1 = parser.read(1);
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assert(read1 instanceof Uint8Array);
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assert.deepEqual(read1, [0]);
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assert.deepEqual(parser.read(4), [1, 2, 3, 4]);
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assert.deepEqual(parser.read(2), [5, 6]);
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assert.throws(() => parser.read(1));
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});
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it('can read a Uint32 at full', () => {
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const parser = makeParser('FFFFFFFF');
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assert.equal(parser.readUInt32(), 0xFFFFFFFF);
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});
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}
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function transactionParsingTests() {
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const transaction = {
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json: {
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'Account': 'raD5qJMAShLeHZXf9wjUmo6vRK4arj9cF3',
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'Fee': '10',
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'Flags': 0,
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'Sequence': 103929,
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'SigningPubKey':
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'028472865AF4CB32AA285834B57576B7290AA8C31B459047DB27E16F418D6A7166',
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'TakerGets': {'currency': 'ILS',
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'issuer': 'rNPRNzBB92BVpAhhZr4iXDTveCgV5Pofm9',
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'value': '1694.768'},
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'TakerPays': '98957503520',
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'TransactionType': 'OfferCreate',
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'TxnSignature': __(`
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304502202ABE08D5E78D1E74A4C18F2714F64E87B8BD57444AF
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A5733109EB3C077077520022100DB335EE97386E4C0591CAC02
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4D50E9230D8F171EEB901B5E5E4BD6D1E0AEF98C`)
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},
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binary: __(`
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120007220000000024000195F964400000170A53AC2065D5460561E
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C9DE000000000000000000000000000494C53000000000092D70596
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8936C419CE614BF264B5EEB1CEA47FF468400000000000000A73210
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28472865AF4CB32AA285834B57576B7290AA8C31B459047DB27E16F
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418D6A71667447304502202ABE08D5E78D1E74A4C18F2714F64E87B
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8BD57444AFA5733109EB3C077077520022100DB335EE97386E4C059
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1CAC024D50E9230D8F171EEB901B5E5E4BD6D1E0AEF98C811439408
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A69F0895E62149CFCC006FB89FA7D1E6E5D`)
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};
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const tx_json = transaction.json;
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// These tests are basically development logs
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it('can be done with low level apis', () => {
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const parser = makeParser(transaction.binary);
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assert.equal(parser.readField(), Field.TransactionType);
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assert.equal(parser.readUInt16(), 7);
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assert.equal(parser.readField(), Field.Flags);
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assert.equal(parser.readUInt32(), 0);
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assert.equal(parser.readField(), Field.Sequence);
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assert.equal(parser.readUInt32(), 103929);
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assert.equal(parser.readField(), Field.TakerPays);
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parser.read(8);
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assert.equal(parser.readField(), Field.TakerGets);
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// amount value
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assert(parser.read(8));
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// amount currency
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assert(Hash160.fromParser(parser));
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assert.equal(encodeAccountID(parser.read(20)),
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tx_json.TakerGets.issuer);
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assert.equal(parser.readField(), Field.Fee);
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assert(parser.read(8));
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assert.equal(parser.readField(), Field.SigningPubKey);
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assert.equal(parser.readVLLength(), 33);
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assert.equal(bytesToHex(parser.read(33)), tx_json.SigningPubKey);
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assert.equal(parser.readField(), Field.TxnSignature);
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assert.equal(bytesToHex(parser.readVL()), tx_json.TxnSignature);
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assert.equal(parser.readField(), Field.Account);
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assert.equal(encodeAccountID(parser.readVL()), tx_json.Account);
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assert(parser.end());
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});
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it('can be done with high level apis', () => {
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const parser = makeParser(transaction.binary);
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function readField() {
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return parser.readFieldAndValue();
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}
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{
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const [field, value] = readField();
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assert.equal(field, Field.TransactionType);
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assert.equal(value, TransactionType.OfferCreate);
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}
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{
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const [field, value] = readField();
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assert.equal(field, Field.Flags);
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assert.equal(value, 0);
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}
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{
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const [field, value] = readField();
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assert.equal(field, Field.Sequence);
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assert.equal(value, 103929);
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}
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{
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const [field, value] = readField();
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assert.equal(field, Field.TakerPays);
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assert.equal(value.currency.isNative(), true);
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assert.equal(value.currency.toJSON(), 'XRP');
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}
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{
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const [field, value] = readField();
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assert.equal(field, Field.TakerGets);
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assert.equal(value.currency.isNative(), false);
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assert.equal(value.issuer.toJSON(), tx_json.TakerGets.issuer);
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}
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{
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const [field, value] = readField();
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assert.equal(field, Field.Fee);
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assert.equal(value.currency.isNative(), true);
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}
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{
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const [field, value] = readField();
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assert.equal(field, Field.SigningPubKey);
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assert.equal(value.toJSON(), tx_json.SigningPubKey);
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}
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{
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const [field, value] = readField();
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assert.equal(field, Field.TxnSignature);
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assert.equal(value.toJSON(), tx_json.TxnSignature);
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}
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{
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const [field, value] = readField();
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assert.equal(field, Field.Account);
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assert.equal(value.toJSON(), tx_json.Account);
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}
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assert(parser.end());
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});
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it('can be done with higher level apis', () => {
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const parser = makeParser(transaction.binary);
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const jsonFromBinary = readJSON(parser);
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assert.deepEqual(jsonFromBinary, tx_json);
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});
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}
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function amountParsingTests() {
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_.filter(fixtures.values_tests, {type: 'Amount'}).forEach((f, i) => {
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if (f.error) {
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return;
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}
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const parser = makeParser(f.expected_hex);
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const testName =
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`values_tests[${i}] parses ${f.expected_hex.slice(0, 16)}...
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as ${JSON.stringify(f.test_json)}`;
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it(testName, () => {
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const value = parser.readType(Amount);
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// May not actually be in canonical form. The fixtures are to be used
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// also for json -> binary;
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assertEqualAmountJSON(toJSON(value), f.test_json);
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if (f.exponent) {
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assert.equal(value.exponent(), f.exponent);
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}
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});
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});
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}
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function fieldParsingTests() {
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fixtures.fields_tests.forEach((f, i) => {
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const parser = makeParser(f.expected_hex);
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it(`fields[${i}]: parses ${f.expected_hex} as ${f.name}`, () => {
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const field = parser.readField();
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assert.equal(field.name, f.name);
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assert.equal(field.type.name, f.type_name);
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});
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});
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}
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function assertRecyclable(json, forField) {
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const Type = forField.associatedType;
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const recycled = Type.from(json).toJSON();
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assert.deepEqual(recycled, json);
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const sink = new BytesList();
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Type.from(recycled).toBytesSink(sink);
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const recycledAgain = makeParser(sink.toHex())
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.readType(Type)
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.toJSON();
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assert.deepEqual(recycledAgain, json);
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}
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function nestedObjectTests() {
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function disabled(i) {
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unused(i);
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return false; // !_.includes([2], i);
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}
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fixtures.whole_objects.forEach((f, i) => {
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if (disabled(i)) {
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return;
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}
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it(`whole_objects[${i}]: can parse blob into
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${JSON.stringify(f.tx_json)}`,
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/* */ () => {
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const parser = makeParser(f.blob_with_no_signing);
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let ix = 0;
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while (!parser.end()) {
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const [field, value] = parser.readFieldAndValue();
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const expected = f.fields[ix];
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const expectedJSON = expected[1].json;
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const expectedField = expected[0];
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const actual = toJSON(value);
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try {
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assert.deepEqual(actual, expectedJSON);
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} catch (e) {
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throw new Error(`${e} ${field} a: ${actual} e: ${expectedJSON}`);
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}
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assert.equal(field.name, expectedField);
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assertRecyclable(actual, field);
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ix++;
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}
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});
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});
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}
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function pathSetBinaryTests() {
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const bytes = __(
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`1200002200000000240000002E2E00004BF161D4C71AFD498D00000000000000
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0000000000000055534400000000000A20B3C85F482532A9578DBB3950B85CA0
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6594D168400000000000000A69D446F8038585E9400000000000000000000000
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00425443000000000078CA21A6014541AB7B26C3929B9E0CD8C284D61C732103
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A4665B1F0B7AE2BCA12E2DB80A192125BBEA660F80E9CEE137BA444C1B0769EC
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7447304502205A964536805E35785C659D1F9670D057749AE39668175D6AA75D
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25B218FE682E0221009252C0E5DDD5F2712A48F211669DE17B54113918E0D2C2
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66F818095E9339D7D3811478CA21A6014541AB7B26C3929B9E0CD8C284D61C83
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140A20B3C85F482532A9578DBB3950B85CA06594D1011231585E1F3BD02A15D6
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185F8BB9B57CC60DEDDB37C10000000000000000000000004254430000000000
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585E1F3BD02A15D6185F8BB9B57CC60DEDDB37C131E4FE687C90257D3D2D694C
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8531CDEECBE84F33670000000000000000000000004254430000000000E4FE68
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7C90257D3D2D694C8531CDEECBE84F3367310A20B3C85F482532A9578DBB3950
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B85CA06594D100000000000000000000000042544300000000000A20B3C85F48
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2532A9578DBB3950B85CA06594D1300000000000000000000000005553440000
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0000000A20B3C85F482532A9578DBB3950B85CA06594D1FF31585E1F3BD02A15
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D6185F8BB9B57CC60DEDDB37C100000000000000000000000042544300000000
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00585E1F3BD02A15D6185F8BB9B57CC60DEDDB37C131E4FE687C90257D3D2D69
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4C8531CDEECBE84F33670000000000000000000000004254430000000000E4FE
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687C90257D3D2D694C8531CDEECBE84F33673115036E2D3F5437A83E5AC3CAEE
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34FF2C21DEB618000000000000000000000000425443000000000015036E2D3F
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5437A83E5AC3CAEE34FF2C21DEB6183000000000000000000000000055534400
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000000000A20B3C85F482532A9578DBB3950B85CA06594D1FF31585E1F3BD02A
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15D6185F8BB9B57CC60DEDDB37C1000000000000000000000000425443000000
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0000585E1F3BD02A15D6185F8BB9B57CC60DEDDB37C13157180C769B66D942EE
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69E6DCC940CA48D82337AD000000000000000000000000425443000000000057
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180C769B66D942EE69E6DCC940CA48D82337AD10000000000000000000000000
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58525000000000003000000000000000000000000055534400000000000A20B3
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C85F482532A9578DBB3950B85CA06594D100`);
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const expectedJSON =
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[[{account: 'r9hEDb4xBGRfBCcX3E4FirDWQBAYtpxC8K',
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currency: 'BTC',
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issuer: 'r9hEDb4xBGRfBCcX3E4FirDWQBAYtpxC8K'},
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{account: 'rM1oqKtfh1zgjdAgbFmaRm3btfGBX25xVo',
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currency: 'BTC',
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issuer: 'rM1oqKtfh1zgjdAgbFmaRm3btfGBX25xVo'},
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{account: 'rvYAfWj5gh67oV6fW32ZzP3Aw4Eubs59B',
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currency: 'BTC',
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issuer: 'rvYAfWj5gh67oV6fW32ZzP3Aw4Eubs59B'},
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{currency: 'USD',
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issuer: 'rvYAfWj5gh67oV6fW32ZzP3Aw4Eubs59B'}],
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[{account: 'r9hEDb4xBGRfBCcX3E4FirDWQBAYtpxC8K',
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currency: 'BTC',
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issuer: 'r9hEDb4xBGRfBCcX3E4FirDWQBAYtpxC8K'},
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{account: 'rM1oqKtfh1zgjdAgbFmaRm3btfGBX25xVo',
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currency: 'BTC',
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issuer: 'rM1oqKtfh1zgjdAgbFmaRm3btfGBX25xVo'},
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{account: 'rpvfJ4mR6QQAeogpXEKnuyGBx8mYCSnYZi',
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currency: 'BTC',
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issuer: 'rpvfJ4mR6QQAeogpXEKnuyGBx8mYCSnYZi'},
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{currency: 'USD',
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issuer: 'rvYAfWj5gh67oV6fW32ZzP3Aw4Eubs59B'}],
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[{account: 'r9hEDb4xBGRfBCcX3E4FirDWQBAYtpxC8K',
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currency: 'BTC',
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issuer: 'r9hEDb4xBGRfBCcX3E4FirDWQBAYtpxC8K'},
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{account: 'r3AWbdp2jQLXLywJypdoNwVSvr81xs3uhn',
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currency: 'BTC',
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issuer: 'r3AWbdp2jQLXLywJypdoNwVSvr81xs3uhn'},
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{currency: '0000000000000000000000005852500000000000'},
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{currency: 'USD',
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issuer: 'rvYAfWj5gh67oV6fW32ZzP3Aw4Eubs59B'}]];
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it('works with long paths', () => {
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const parser = makeParser(bytes);
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const txn = readJSON(parser);
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assert.deepEqual(txn.Paths, expectedJSON);
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// TODO: this should go elsewhere
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assert.deepEqual(
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coreTypes.PathSet.from(txn.Paths).toJSON(),
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expectedJSON
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);
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});
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}
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function parseLedger4320278() {
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let ripple = require('ripple-lib');
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if (ripple._DEPRECATED) {
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ripple = ripple._DEPRECATED;
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}
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ripple.Amount.strict_mode = false;
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ripple = false;
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it(`can parse object`, () => {
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this.timeout(30e3);
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const json = loadFixture('as-ledger-4320278.json');
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json.forEach((e, i) => {
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const expected = e.json;
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const actual = readJSON(makeParser(e.binary));
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actual.index = expected.index;
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// const actual = new ripple.SerializedObject(e.binary).to_json();
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try {
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assert.deepEqual(actual, expected);
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} catch (error) {
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console.log('error', i, !ripple && error);
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}
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});
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});
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}
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describe('BinaryParser', function() {
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function dataDrivenTests() {
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describe.skip('as-ledger-4320278.json', parseLedger4320278);
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describe('Amount parsing tests', amountParsingTests);
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describe('Field Tests', fieldParsingTests);
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describe('Parsing nested objects', nestedObjectTests);
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}
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describe('pathSetBinaryTests', pathSetBinaryTests);
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describe('Basic API', basicApiTests);
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describe('Parsing a transaction', transactionParsingTests);
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describe('Data Driven Tests', dataDrivenTests);
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});
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