bigchaindb/js-bigchaindb-driver
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fix issues

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This commit is contained in:
manolodewiner 2018-01-04 10:15:45 +01:00
commit 4dd006b8cb
21 changed files with 282 additions and 320 deletions
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4
src/baseRequest.js
View File

@ -37,7 +37,9 @@ const fetch = fetchPonyfill(Promise)
* @return {Promise} Promise that will resolve with the response if its status was 2xx;
* otherwise rejects with the response
*/
export default function baseRequest(url, { jsonBody, query, urlTemplateSpec, ...fetchConfig } = {}) {
export default function baseRequest(url, {
jsonBody, query, urlTemplateSpec, ...fetchConfig
} = {}) {
let expandedUrl = url
if (urlTemplateSpec != null) {

4
src/format_text.js
View File

@ -84,9 +84,7 @@ export default function formatText(s, ...argv) {
// If there's anything left to interpolate by the end then we've failed to interpolate
// the entire replacement string.
if (interpolationLeft.length) {
throw new SyntaxError(
`[formatText] failed to parse named argument key: ${replacement}`
)
throw new SyntaxError(`[formatText] failed to parse named argument key: ${replacement}`)
}
return value

3
src/index.js
View File

@ -1,5 +1,4 @@
export Ed25519Keypair from './Ed25519Keypair'
export * as Transaction from './transaction'
export Transaction from './transaction'
export Connection from './connection'

261
src/transaction.js Normal file
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@ -0,0 +1,261 @@
import { Buffer } from 'buffer'
import stableStringify from 'json-stable-stringify'
import clone from 'clone'
import base58 from 'bs58'
import cc from 'crypto-conditions'
import ccJsonify from './utils/ccJsonify'
import sha256Hash from './sha256Hash'
export default class Transaction {
/**
* @public
* Canonically serializes a transaction into a string by sorting the keys
* @param {object} (transaction)
* @return {string} a canonically serialized Transaction
*/
serializeTransactionIntoCanonicalString(transaction) {
// BigchainDB signs fulfillments by serializing transactions into a
// "canonical" format where
const tx = this.clone(transaction)
// TODO: set fulfillments to null
// Sort the keys
return stableStringify(tx, (a, b) => (a.key > b.key ? 1 : -1))
}
static makeInputTemplate(publicKeys = [], fulfills = null, fulfillment = null) {
return {
fulfillment,
fulfills,
'owners_before': publicKeys,
}
}
hashTransaction(transaction) {
// Safely remove any tx id from the given transaction for hashing
const tx = { ...transaction }
delete tx.id
return sha256Hash(this.serializeTransactionIntoCanonicalString(tx))
}
static makeTransactionTemplate() {
const txTemplate = {
'id': null,
'operation': null,
'outputs': [],
'inputs': [],
'metadata': null,
'asset': null,
'version': '1.0',
}
return txTemplate
}
makeTransaction(operation, asset, metadata = null, outputs = [], inputs = []) {
const tx = this.makeTransactionTemplate()
tx.operation = operation
tx.asset = asset
tx.metadata = metadata
tx.inputs = inputs
tx.outputs = outputs
// Hashing must be done after, as the hash is of the Transaction (up to now)
tx.id = this.hashTransaction(tx)
return tx
}
/**
* @public
* Generate a `CREATE` transaction holding the `asset`, `metadata`, and `outputs`, to be signed by
* the `issuers`.
* @param {object} asset Created asset's data
* @param {object} metadata Metadata for the Transaction
* @param {object[]} outputs Array of Output objects to add to the Transaction.
* Think of these as the recipients of the asset after the transaction.
* For `CREATE` Transactions, this should usually just be a list of
* Outputs wrapping Ed25519 Conditions generated from the issuers' public
* keys (so that the issuers are the recipients of the created asset).
* @param {...string[]} issuers Public key of one or more issuers to the asset being created by this
* Transaction.
* Note: Each of the private keys corresponding to the given public
* keys MUST be used later (and in the same order) when signing the
* Transaction (`signTransaction()`).
* @returns {object} Unsigned transaction -- make sure to call signTransaction() on it before
* sending it off!
*/
makeCreateTransaction(asset, metadata, outputs, ...issuers) {
const assetDefinition = {
'data': asset || null,
}
const inputs = issuers.map((issuer) => this.makeInputTemplate([issuer]))
return this.makeTransaction('CREATE', assetDefinition, metadata, outputs, inputs)
}
/**
* @public
* Create an Ed25519 Cryptocondition from an Ed25519 public key
* to put into an Output of a Transaction
* @param {string} publicKey base58 encoded Ed25519 public key for the recipient of the Transaction
* @param {boolean} [json=true] If true returns a json object otherwise a crypto-condition type
* @returns {object} Ed25519 Condition (that will need to wrapped in an Output)
*/
makeEd25519Condition(publicKey, json = true) {
const publicKeyBuffer = Buffer.from(this.base58.decode(publicKey))
const ed25519Fulfillment = new cc.Ed25519Sha256()
ed25519Fulfillment.setPublicKey(publicKeyBuffer)
if (json) {
return ccJsonify(ed25519Fulfillment)
}
return ed25519Fulfillment
}
/**
* @public
* Create an Output from a Condition.
* Note: Assumes the given Condition was generated from a
* single public key (e.g. a Ed25519 Condition)
* @param {object} condition Condition (e.g. a Ed25519 Condition from `makeEd25519Condition()`)
* @param {string} amount Amount of the output
* @returns {object} An Output usable in a Transaction
*/
makeOutput(condition, amount = '1') {
if (typeof amount !== 'string') {
throw new TypeError('`amount` must be of type string')
}
const publicKeys = []
const getPublicKeys = details => {
if (details.type === 'ed25519-sha-256') {
if (!publicKeys.includes(details.public_key)) {
publicKeys.push(details.public_key)
}
} else if (details.type === 'threshold-sha-256') {
details.subconditions.map(getPublicKeys)
}
}
this.getPublicKeys(condition.details)
return {
condition,
'amount': amount,
'public_keys': publicKeys,
}
}
/**
* @public
* Create a Preimage-Sha256 Cryptocondition from a secret to put into an Output of a Transaction
* @param {string} preimage Preimage to be hashed and wrapped in a crypto-condition
* @param {boolean} [json=true] If true returns a json object otherwise a crypto-condition type
* @returns {object} Preimage-Sha256 Condition (that will need to wrapped in an Output)
*/
makeSha256Condition(preimage, json = true) {
const sha256Fulfillment = new cc.PreimageSha256()
sha256Fulfillment.preimage = Buffer.from(preimage)
if (json) {
return this.ccJsonify(sha256Fulfillment)
}
return sha256Fulfillment
}
/**
* @public
* Create an Sha256 Threshold Cryptocondition from threshold to put into an Output of a Transaction
* @param {number} threshold
* @param {Array} [subconditions=[]]
* @param {boolean} [json=true] If true returns a json object otherwise a crypto-condition type
* @returns {object} Sha256 Threshold Condition (that will need to wrapped in an Output)
*/
makeThresholdCondition(threshold, subconditions = [], json = true) {
const thresholdCondition = new cc.ThresholdSha256()
thresholdCondition.threshold = threshold
subconditions.forEach((subcondition) => {
// TODO: add support for Condition and URIs
thresholdCondition.addSubfulfillment(subcondition)
})
if (json) {
return this.ccJsonify(thresholdCondition)
}
return thresholdCondition
}
/**
* @public
* Generate a `TRANSFER` transaction holding the `asset`, `metadata`, and `outputs`, that fulfills
* the `fulfilledOutputs` of `unspentTransaction`.
* @param {object} unspentTransaction Previous Transaction you have control over (i.e. can fulfill
* its Output Condition)
* @param {object} metadata Metadata for the Transaction
* @param {object[]} outputs Array of Output objects to add to the Transaction.
* Think of these as the recipients of the asset after the transaction.
* For `TRANSFER` Transactions, this should usually just be a list of
* Outputs wrapping Ed25519 Conditions generated from the public keys of
* the recipients.
* @param {...number} OutputIndices Indices of the Outputs in `unspentTransaction` that this
* Transaction fulfills.
* Note that listed public keys listed must be used (and in
* the same order) to sign the Transaction
* (`signTransaction()`).
* @returns {object} Unsigned transaction -- make sure to call signTransaction() on it before
* sending it off!
*/
// TODO:
// - Make `metadata` optional argument
makeTransferTransaction(
unspentOutputs,
outputs,
metadata
) {
const inputs = unspentOutputs.map((unspentOutput) => {
const { tx, outputIndex } = { tx: unspentOutput.tx, outputIndex: unspentOutput.output_index }
const fulfilledOutput = tx.outputs[outputIndex]
const transactionLink = {
'output_index': outputIndex,
'transaction_id': tx.id,
}
return this.makeInputTemplate(fulfilledOutput.public_keys, transactionLink)
})
const assetLink = {
'id': unspentOutputs[0].tx.operation === 'CREATE' ? unspentOutputs[0].tx.id
: unspentOutputs[0].tx.asset.id
}
return this.makeTransaction('TRANSFER', assetLink, metadata, outputs, inputs)
}
/**
* @public
* Sign the given `transaction` with the given `privateKey`s, returning a new copy of `transaction`
* that's been signed.
* Note: Only generates Ed25519 Fulfillments. Thresholds and other types of Fulfillments are left as
* an exercise for the user.
* @param {object} transaction Transaction to sign. `transaction` is not modified.
* @param {...string} privateKeys Private keys associated with the issuers of the `transaction`.
* Looped through to iteratively sign any Input Fulfillments found in
* the `transaction`.
* @returns {object} The signed version of `transaction`.
*/
signTransaction(transaction, ...privateKeys) {
const signedTx = clone(transaction)
signedTx.inputs.forEach((input, index) => {
const privateKey = privateKeys[index]
const privateKeyBuffer = Buffer.from(base58.decode(privateKey))
const serializedTransaction = this.serializeTransactionIntoCanonicalString(transaction)
const ed25519Fulfillment = new cc.Ed25519Sha256()
ed25519Fulfillment.sign(Buffer.from(serializedTransaction), privateKeyBuffer)
const fulfillmentUri = ed25519Fulfillment.serializeUri()
input.fulfillment = fulfillmentUri
})
return signedTx
}
}

10
src/transaction/hashTransaction.js
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@ -1,10 +0,0 @@
import serializeTransactionIntoCanonicalString from './serializeTransactionIntoCanonicalString'
import sha256Hash from '../sha256Hash'
export default function hashTransaction(transaction) {
// Safely remove any tx id from the given transaction for hashing
const tx = { ...transaction }
delete tx.id
return sha256Hash(serializeTransactionIntoCanonicalString(tx))
}

11
src/transaction/index.js
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@ -1,11 +0,0 @@
export makeEd25519Condition from './makeEd25519Condition'
export makeSha256Condition from './makeSha256Condition'
export makeThresholdCondition from './makeThresholdCondition'
export makeCreateTransaction from './makeCreateTransaction'
export makeOutput from './makeOutput'
export makeTransaction from './makeTransaction'
export makeTransferTransaction from './makeTransferTransaction'
export serializeTransactionIntoCanonicalString from './serializeTransactionIntoCanonicalString'
export signTransaction from './signTransaction'
export ccJsonLoad from './utils/ccJsonLoad'
export ccJsonify from './utils/ccJsonify'

31
src/transaction/makeCreateTransaction.js
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@ -1,31 +0,0 @@
import makeInputTemplate from './makeInputTemplate'
import makeTransaction from './makeTransaction'
/**
* @public
* Generate a `CREATE` transaction holding the `asset`, `metadata`, and `outputs`, to be signed by
* the `issuers`.
* @param {object} asset Created asset's data
* @param {object} metadata Metadata for the Transaction
* @param {object[]} outputs Array of Output objects to add to the Transaction.
* Think of these as the recipients of the asset after the transaction.
* For `CREATE` Transactions, this should usually just be a list of
* Outputs wrapping Ed25519 Conditions generated from the issuers' public
* keys (so that the issuers are the recipients of the created asset).
* @param {...string[]} issuers Public key of one or more issuers to the asset being created by this
* Transaction.
* Note: Each of the private keys corresponding to the given public
* keys MUST be used later (and in the same order) when signing the
* Transaction (`signTransaction()`).
* @returns {object} Unsigned transaction -- make sure to call signTransaction() on it before
* sending it off!
*/
export default function makeCreateTransaction(asset, metadata, outputs, ...issuers) {
const assetDefinition = {
'data': asset || null,
}
const inputs = issuers.map((issuer) => makeInputTemplate([issuer]))
return makeTransaction('CREATE', assetDefinition, metadata, outputs, inputs)
}

27
src/transaction/makeEd25519Condition.js
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@ -1,27 +0,0 @@
import { Buffer } from 'buffer'
import base58 from 'bs58'
import cc from 'crypto-conditions'
import ccJsonify from './utils/ccJsonify'
/**
* @public
* Create an Ed25519 Cryptocondition from an Ed25519 public key to put into an Output of a Transaction
* @param {string} publicKey base58 encoded Ed25519 public key for the recipient of the Transaction
* @param {boolean} [json=true] If true returns a json object otherwise a crypto-condition type
* @returns {object} Ed25519 Condition (that will need to wrapped in an Output)
*/
export default function makeEd25519Condition(publicKey, json = true) {
const publicKeyBuffer = new Buffer(base58.decode(publicKey))
const ed25519Fulfillment = new cc.Ed25519Sha256()
ed25519Fulfillment.setPublicKey(publicKeyBuffer)
if (json) {
return ccJsonify(ed25519Fulfillment)
}
return ed25519Fulfillment
}

7
src/transaction/makeInputTemplate.js
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@ -1,7 +0,0 @@
export default function makeInputTemplate(publicKeys = [], fulfills = null, fulfillment = null) {
return {
fulfillment,
fulfills,
'owners_before': publicKeys,
}
}

29
src/transaction/makeOutput.js
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@ -1,29 +0,0 @@
/**
* @public
* Create an Output from a Condition.
* Note: Assumes the given Condition was generated from a single public key (e.g. a Ed25519 Condition)
* @param {object} condition Condition (e.g. a Ed25519 Condition from `makeEd25519Condition()`)
* @param {string} amount Amount of the output
* @returns {object} An Output usable in a Transaction
*/
export default function makeOutput(condition, amount = '1') {
if (typeof amount !== 'string') {
throw new TypeError('`amount` must be of type string')
}
const publicKeys = []
const getPublicKeys = details => {
if (details.type === 'ed25519-sha-256') {
if (!publicKeys.includes(details.public_key)) {
publicKeys.push(details.public_key)
}
} else if (details.type === 'threshold-sha-256') {
details.subconditions.map(getPublicKeys)
}
}
getPublicKeys(condition.details)
return {
condition,
'amount': amount,
'public_keys': publicKeys,
}
}

23
src/transaction/makeSha256Condition.js
View File

@ -1,23 +0,0 @@
import { Buffer } from 'buffer'
import cc from 'crypto-conditions'
import ccJsonify from './utils/ccJsonify'
/**
* @public
* Create a Preimage-Sha256 Cryptocondition from a secret to put into an Output of a Transaction
* @param {string} preimage Preimage to be hashed and wrapped in a crypto-condition
* @param {boolean} [json=true] If true returns a json object otherwise a crypto-condition type
* @returns {object} Preimage-Sha256 Condition (that will need to wrapped in an Output)
*/
export default function makeSha256Condition(preimage, json = true) {
const sha256Fulfillment = new cc.PreimageSha256()
sha256Fulfillment.preimage = new Buffer(preimage)
if (json) {
return ccJsonify(sha256Fulfillment)
}
return sha256Fulfillment
}

28
src/transaction/makeThresholdCondition.js
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@ -1,28 +0,0 @@
import cc from 'crypto-conditions'
import ccJsonify from './utils/ccJsonify'
/**
* @public
* Create an Sha256 Threshold Cryptocondition from threshold to put into an Output of a Transaction
* @param {number} threshold
* @param {Array} [subconditions=[]]
* @param {boolean} [json=true] If true returns a json object otherwise a crypto-condition type
* @returns {object} Sha256 Threshold Condition (that will need to wrapped in an Output)
*/
export default function makeThresholdCondition(threshold, subconditions = [], json = true) {
const thresholdCondition = new cc.ThresholdSha256()
thresholdCondition.threshold = threshold
subconditions.forEach((subcondition) => {
// TODO: add support for Condition and URIs
thresholdCondition.addSubfulfillment(subcondition)
})
if (json) {
return ccJsonify(thresholdCondition)
}
return thresholdCondition
}

28
src/transaction/makeTransaction.js
View File

@ -1,28 +0,0 @@
import hashTransaction from './hashTransaction'
function makeTransactionTemplate() {
return {
'id': null,
'operation': null,
'outputs': [],
'inputs': [],
'metadata': null,
'asset': null,
'version': '1.0',
}
}
export default function makeTransaction(operation, asset, metadata = null, outputs = [], inputs = []) {
const tx = makeTransactionTemplate()
tx.operation = operation
tx.asset = asset
tx.metadata = metadata
tx.inputs = inputs
tx.outputs = outputs
// Hashing must be done after, as the hash is of the Transaction (up to now)
tx.id = hashTransaction(tx)
return tx
}

46
src/transaction/makeTransferTransaction.js
View File

@ -1,46 +0,0 @@
import makeInputTemplate from './makeInputTemplate'
import makeTransaction from './makeTransaction'
/**
* @public
* Generate a `TRANSFER` transaction holding the `asset`, `metadata`, and `outputs`, that fulfills
* the `fulfilledOutputs` of each `unspentTransaction`.
* @param {object[]} unspentOutputs Array of unspent Transactions' Outputs.
* Each item contains Transaction itself
* and index of unspent Output for that Transaction.
* @param {object[]} outputs Array of Output objects to add to the Transaction.
* Think of these as the recipients of the asset after the transaction.
* For `TRANSFER` Transactions, this should usually just be a list of
* Outputs wrapping Ed25519 Conditions generated from the public keys of
* the recipients.
* @param {object} metadata Metadata for the Transaction - optional
* @returns {object} Unsigned transaction -- make sure to call signTransaction() on it before
* sending it off!
*/
export default function makeTransferTransaction(
unspentOutputs,
outputs,
metadata
) {
const inputs = unspentOutputs.map((unspentOutput) => {
const tx = unspentOutput.tx
const outputIndex = unspentOutput.output_index
const fulfilledOutput = tx.outputs[outputIndex]
const transactionLink = {
'output_index': outputIndex,
'transaction_id': tx.id,
}
return makeInputTemplate(fulfilledOutput.public_keys, transactionLink)
})
const assetLink = {
'id': unspentOutputs[0].tx.operation === 'CREATE' ? unspentOutputs[0].tx.id
: unspentOutputs[0].tx.asset.id
}
const meta = metadata || null
return makeTransaction('TRANSFER', assetLink, meta, outputs, inputs)
}

18
src/transaction/serializeTransactionIntoCanonicalString.js
View File

@ -1,18 +0,0 @@
import stableStringify from 'json-stable-stringify'
import clone from 'clone'
/**
* @public
* Canonically serializes a transaction into a string by sorting the keys
* @param {object} (transaction)
* @return {string} a canonically serialized Transaction
*/
export default function serializeTransactionIntoCanonicalString(transaction) {
// BigchainDB signs fulfillments by serializing transactions into a
// "canonical" format where
const tx = clone(transaction)
// TODO: set fulfillments to null
// Sort the keys
return stableStringify(tx, (a, b) => (a.key > b.key ? 1 : -1))
}

35
src/transaction/signTransaction.js
View File

@ -1,35 +0,0 @@
import { Buffer } from 'buffer'
import base58 from 'bs58'
import cc from 'crypto-conditions'
import clone from 'clone'
import serializeTransactionIntoCanonicalString from './serializeTransactionIntoCanonicalString'
/**
* @public
* Sign the given `transaction` with the given `privateKey`s, returning a new copy of `transaction`
* that's been signed.
* Note: Only generates Ed25519 Fulfillments. Thresholds and other types of Fulfillments are left as
* an exercise for the user.
* @param {object} transaction Transaction to sign. `transaction` is not modified.
* @param {...string} privateKeys Private keys associated with the issuers of the `transaction`.
* Looped through to iteratively sign any Input Fulfillments found in
* the `transaction`.
* @returns {object} The signed version of `transaction`.
*/
export default function signTransaction(transaction, ...privateKeys) {
const signedTx = clone(transaction)
signedTx.inputs.forEach((input, index) => {
const privateKey = privateKeys[index]
const privateKeyBuffer = new Buffer(base58.decode(privateKey))
const serializedTransaction = serializeTransactionIntoCanonicalString(transaction)
const ed25519Fulfillment = new cc.Ed25519Sha256()
ed25519Fulfillment.sign(new Buffer(serializedTransaction), privateKeyBuffer)
const fulfillmentUri = ed25519Fulfillment.serializeUri()
input.fulfillment = fulfillmentUri
})
return signedTx
}

4
src/transaction/utils/ccJsonLoad.js → src/utils/ccJsonLoad.js
View File

@ -13,7 +13,7 @@ export default function ccJsonLoad(conditionJson) {
const condition = new cc.Condition()
condition.type = conditionJson.type_id
condition.bitmask = conditionJson.bitmask
condition.hash = new Buffer(base58.decode(conditionJson.hash))
condition.hash = Buffer.from(base58.decode(conditionJson.hash))
condition.maxFulfillmentLength = parseInt(conditionJson.max_fulfillment_length, 10)
return condition
} else {
@ -34,7 +34,7 @@ export default function ccJsonLoad(conditionJson) {
if (conditionJson.type === 'ed25519-sha-256') {
fulfillment = new cc.Ed25519Sha256()
fulfillment.publicKey = new Buffer(base58.decode(conditionJson.public_key))
fulfillment.publicKey = Buffer.from(base58.decode(conditionJson.public_key))
}
return fulfillment
}

0
src/transaction/utils/ccJsonify.js → src/utils/ccJsonify.js
View File

4
test/integration/test_integration.js
View File

@ -367,9 +367,7 @@ test('Search blocks containing a transaction', t => {
.then(({ id }) => conn.pollStatusAndFetchTransaction(id))
.then(({ id }) => conn.listBlocks(id, 'VALID'))
.then(blocks => conn.getBlock(blocks.pop()))
.then(({ block: { transactions } }) => transactions.filter(
({ id }) => id === createTxSigned.id
))
.then(({ block: { transactions } }) => transactions.filter(({ id }) => id === createTxSigned.id))
.then(transactions => t.truthy(transactions.length === 1))
})

11
test/transaction/test_cryptoconditions.js
View File

@ -2,7 +2,6 @@ import test from 'ava'
import cc from 'crypto-conditions'
import { Ed25519Keypair, Transaction } from '../../src'
test('Ed25519 condition encoding', t => {
const publicKey = '4zvwRjXUKGfvwnParsHAS3HuSVzV5cA4McphgmoCtajS'
const target = {
@ -19,8 +18,7 @@ test('Ed25519 condition encoding', t => {
test('Threshold condition encoding', t => {
const publicKey = '4zvwRjXUKGfvwnParsHAS3HuSVzV5cA4McphgmoCtajS'
const ed25519 = Transaction.makeEd25519Condition(publicKey, false)
const condition = Transaction.makeThresholdCondition(
1, [ed25519, ed25519])
const condition = Transaction.makeThresholdCondition(1, [ed25519, ed25519])
const output = Transaction.makeOutput(condition)
const target = {
condition: {
@ -62,9 +60,10 @@ test('Fulfillment correctly formed', t => {
)
const msg = Transaction.serializeTransactionIntoCanonicalString(txTransfer)
const txSigned = Transaction.signTransaction(txTransfer, alice.privateKey)
t.truthy(cc.validateFulfillment(txSigned.inputs[0].fulfillment,
txCreate.outputs[0].condition.uri,
new Buffer(msg)))
t.truthy(cc.validateFulfillment(
txSigned.inputs[0].fulfillment, txCreate.outputs[0].condition.uri,
Buffer.from(msg)
))
})

18
test/transaction/test_transaction.js
View File

@ -2,8 +2,6 @@ import test from 'ava'
import sinon from 'sinon'
import { Transaction } from '../../src'
import * as makeTransaction from '../../src/transaction/makeTransaction' // eslint-disable-line
import makeInputTemplate from '../../src/transaction/makeInputTemplate'
import {
alice,
@ -70,7 +68,7 @@ test('makeOutput throws TypeError with incorrect amount type', t => {
test('Create TRANSFER transaction based on CREATE transaction', t => {
sinon.spy(makeTransaction, 'default')
sinon.spy(Transaction.makeTransaction, 'default')
Transaction.makeTransferTransaction(
[{ tx: createTx, output_index: 0 }],
@ -82,7 +80,7 @@ test('Create TRANSFER transaction based on CREATE transaction', t => {
{ id: createTx.id },
metaData,
[aliceOutput],
[makeInputTemplate(
[Transaction.makeInputTemplate(
[alice.publicKey],
{ output_index: 0, transaction_id: createTx.id }
)]
@ -91,13 +89,13 @@ test('Create TRANSFER transaction based on CREATE transaction', t => {
// NOTE: `src/transaction/makeTransaction` is `export default`, hence we
// can only mock `makeTransaction.default` with a hack:
// See: https://stackoverflow.com/a/33676328/1263876
t.truthy(makeTransaction.default.calledWith(...expected))
makeTransaction.default.restore()
t.truthy(Transaction.makeTransaction.default.calledWith(...expected))
Transaction.makeTransaction.default.restore()
})
test('Create TRANSFER transaction based on TRANSFER transaction', t => {
sinon.spy(makeTransaction, 'default')
sinon.spy(Transaction.makeTransaction, 'default')
Transaction.makeTransferTransaction(
[{ tx: transferTx, output_index: 0 }],
@ -109,12 +107,12 @@ test('Create TRANSFER transaction based on TRANSFER transaction', t => {
{ id: transferTx.asset.id },
metaData,
[aliceOutput],
[makeInputTemplate(
[Transaction.makeInputTemplate(
[alice.publicKey],
{ output_index: 0, transaction_id: transferTx.id }
)]
]
t.truthy(makeTransaction.default.calledWith(...expected))
makeTransaction.default.restore()
t.truthy(Transaction.makeTransaction.default.calledWith(...expected))
Transaction.makeTransaction.default.restore()
})