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https://github.com/Xahau/xahau.js.git
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Rename RippleAPI client to Client (#1520)
* rename RippleAPI -> XrplClient * more renames * move API stuff to client folder * rename all api -> client * fix tests * make tests run * fix integ tests * fix urls * fix merge issues * XrplClient -> Client * fix merge issues * rename xrpl-client npm symlink to xrpl-local
This commit is contained in:
Mayukha Vadari
251
test/client/generateAddress/index.ts
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251
test/client/generateAddress/index.ts
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import assert from 'assert-diff'
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import responses from '../../fixtures/responses'
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import {TestSuite} from '../../utils'
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import {GenerateAddressOptions} from '../../../src/offline/generate-address'
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import ECDSA from '../../../src/common/ecdsa'
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const {generateAddress: RESPONSE_FIXTURES} = responses
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/**
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* Every test suite exports their tests in the default object.
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* - Check out the "TestSuite" type for documentation on the interface.
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* - Check out "test/client/index.ts" for more information about the test runner.
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*/
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export default <TestSuite>{
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'generateAddress': async (client) => {
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// GIVEN entropy of all zeros
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function random() {
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return new Array(16).fill(0)
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}
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assert.deepEqual(
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// WHEN generating an address
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client.generateAddress({entropy: random()}),
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// THEN we get the expected return value
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RESPONSE_FIXTURES
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)
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},
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'generateAddress invalid entropy': async (client) => {
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assert.throws(() => {
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// GIVEN entropy of 1 byte
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function random() {
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return new Array(1).fill(0)
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}
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// WHEN generating an address
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client.generateAddress({entropy: random()})
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// THEN an UnexpectedError is thrown
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// because 16 bytes of entropy are required
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}, client.errors.UnexpectedError)
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},
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'generateAddress with no options object': async (client) => {
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// GIVEN no options
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// WHEN generating an address
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const account = client.generateAddress()
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// THEN we get an object with an address starting with 'r' and a secret starting with 's'
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assert(account.address.startsWith('r'), 'Address must start with `r`')
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assert(account.secret.startsWith('s'), 'Secret must start with `s`')
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},
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'generateAddress with empty options object': async (client) => {
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// GIVEN an empty options object
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const options = {}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get an object with an address starting with 'r' and a secret starting with 's'
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assert(account.address.startsWith('r'), 'Address must start with `r`')
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assert(account.secret.startsWith('s'), 'Secret must start with `s`')
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},
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'generateAddress with algorithm `ecdsa-secp256k1`': async (client) => {
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// GIVEN we want to use 'ecdsa-secp256k1'
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const options: GenerateAddressOptions = {algorithm: ECDSA.secp256k1}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get an object with an address starting with 'r' and a secret starting with 's' (not 'sEd')
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assert(account.address.startsWith('r'), 'Address must start with `r`')
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assert.deepEqual(
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account.secret.slice(0, 1),
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's',
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`Secret ${account.secret} must start with 's'`
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)
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assert.notStrictEqual(
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account.secret.slice(0, 3),
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'sEd',
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`secp256k1 secret ${account.secret} must not start with 'sEd'`
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)
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},
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'generateAddress with algorithm `ed25519`': async (client) => {
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// GIVEN we want to use 'ed25519'
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const options: GenerateAddressOptions = {algorithm: ECDSA.ed25519}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get an object with an address starting with 'r' and a secret starting with 'sEd'
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assert(account.address.startsWith('r'), 'Address must start with `r`')
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assert.deepEqual(
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account.secret.slice(0, 3),
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'sEd',
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`Ed25519 secret ${account.secret} must start with 'sEd'`
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)
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},
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'generateAddress with algorithm `ecdsa-secp256k1` and given entropy': async (
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client
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) => {
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// GIVEN we want to use 'ecdsa-secp256k1' with entropy of zero
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const options: GenerateAddressOptions = {
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algorithm: ECDSA.secp256k1,
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entropy: new Array(16).fill(0)
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}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get the expected return value
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assert.deepEqual(account, responses.generateAddress)
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},
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'generateAddress with algorithm `ed25519` and given entropy': async (client) => {
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// GIVEN we want to use 'ed25519' with entropy of zero
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const options: GenerateAddressOptions = {
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algorithm: ECDSA.ed25519,
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entropy: new Array(16).fill(0)
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}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get the expected return value
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assert.deepEqual(account, {
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// generateAddress return value always includes xAddress to encourage X-address adoption
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xAddress: 'X7xq1YJ4xmLSGGLhuakFQB9CebWYthQkgsvFC4LGFH871HB',
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classicAddress: 'r9zRhGr7b6xPekLvT6wP4qNdWMryaumZS7',
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address: 'r9zRhGr7b6xPekLvT6wP4qNdWMryaumZS7',
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secret: 'sEdSJHS4oiAdz7w2X2ni1gFiqtbJHqE'
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})
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},
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'generateAddress with algorithm `ecdsa-secp256k1` and given entropy; include classic address': async (
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client
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) => {
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// GIVEN we want to use 'ecdsa-secp256k1' with entropy of zero
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const options: GenerateAddressOptions = {
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algorithm: ECDSA.secp256k1,
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entropy: new Array(16).fill(0),
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includeClassicAddress: true
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}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get the expected return value
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assert.deepEqual(account, responses.generateAddress)
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},
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'generateAddress with algorithm `ed25519` and given entropy; include classic address': async (
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client
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) => {
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// GIVEN we want to use 'ed25519' with entropy of zero
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const options: GenerateAddressOptions = {
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algorithm: ECDSA.ed25519,
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entropy: new Array(16).fill(0),
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includeClassicAddress: true
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}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get the expected return value
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assert.deepEqual(account, {
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// generateAddress return value always includes xAddress to encourage X-address adoption
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xAddress: 'X7xq1YJ4xmLSGGLhuakFQB9CebWYthQkgsvFC4LGFH871HB',
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secret: 'sEdSJHS4oiAdz7w2X2ni1gFiqtbJHqE',
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classicAddress: 'r9zRhGr7b6xPekLvT6wP4qNdWMryaumZS7',
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address: 'r9zRhGr7b6xPekLvT6wP4qNdWMryaumZS7'
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})
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},
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'generateAddress with algorithm `ecdsa-secp256k1` and given entropy; include classic address; for test network use': async (
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client
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) => {
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// GIVEN we want to use 'ecdsa-secp256k1' with entropy of zero
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const options: GenerateAddressOptions = {
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algorithm: ECDSA.secp256k1,
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entropy: new Array(16).fill(0),
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includeClassicAddress: true,
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test: true
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}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get the expected return value
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const response = Object.assign({}, responses.generateAddress, {
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// generateAddress return value always includes xAddress to encourage X-address adoption
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xAddress: 'TVG3TcCD58BD6MZqsNuTihdrhZwR8SzvYS8U87zvHsAcNw4'
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})
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assert.deepEqual(account, response)
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},
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'generateAddress with algorithm `ed25519` and given entropy; include classic address; for test network use': async (
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client
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) => {
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// GIVEN we want to use 'ed25519' with entropy of zero
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const options: GenerateAddressOptions = {
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algorithm: ECDSA.ed25519,
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entropy: new Array(16).fill(0),
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includeClassicAddress: true,
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test: true
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}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get the expected return value
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assert.deepEqual(account, {
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// generateAddress return value always includes xAddress to encourage X-address adoption
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xAddress: 'T7t4HeTMF5tT68agwuVbJwu23ssMPeh8dDtGysZoQiij1oo',
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secret: 'sEdSJHS4oiAdz7w2X2ni1gFiqtbJHqE',
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classicAddress: 'r9zRhGr7b6xPekLvT6wP4qNdWMryaumZS7',
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address: 'r9zRhGr7b6xPekLvT6wP4qNdWMryaumZS7'
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})
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},
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'generateAddress for test network use': async (client) => {
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// GIVEN we want an address for test network use
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const options: GenerateAddressOptions = {test: true}
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// WHEN generating an address
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const account = client.generateAddress(options)
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// THEN we get an object with xAddress starting with 'T' and a secret starting with 's'
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// generateAddress return value always includes xAddress to encourage X-address adoption
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assert.deepEqual(
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account.xAddress.slice(0, 1),
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'T',
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'Test addresses start with T'
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)
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assert.deepEqual(
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account.secret.slice(0, 1),
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's',
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`Secret ${account.secret} must start with 's'`
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)
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}
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}
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