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@greymass/eosio

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@greymass/eosio - npm Package Compare versions

Comparing version 0.6.2 to 0.6.3

2

package.json
{
"name": "@greymass/eosio",
"description": "Library for working with EOSIO blockchains",
"version": "0.6.2",
"version": "0.6.3",
"homepage": "https://github.com/greymass/eosio-core",

@@ -6,0 +6,0 @@ "license": "BSD-3-Clause-No-Military-License",

@@ -17,2 +17,26 @@ # eosio-core (@greymass/eosio)

## Running Tests
### Run the unit test suite:
```
make test
```
### Run the unit test suite with coverage:
```
make coverage
```
The report for the current version can also be found at: https://greymass.github.io/eosio-core/coverage/
### Run the test suite in a browser:
```
make browser-test
```
The browser test suite for the current version of the library is available at: https://greymass.github.io/eosio-core/tests.html
## Documentation

@@ -19,0 +43,0 @@

@@ -33,3 +33,7 @@ import {APIClient} from '../client'

GetTableRowsResponse,
GetTransactionStatusResponse,
PushTransactionResponse,
SendTransaction2Options,
SendTransaction2Response,
SendTransactionResponse,
TableIndexType,

@@ -98,2 +102,14 @@ TableIndexTypes,

async compute_transaction(tx: SignedTransactionType | PackedTransaction) {
if (!isInstanceOf(tx, PackedTransaction)) {
tx = PackedTransaction.fromSigned(SignedTransaction.from(tx))
}
return this.client.call<SendTransactionResponse>({
path: '/v1/chain/compute_transaction',
params: {
transaction: tx,
},
})
}
async push_transaction(tx: SignedTransactionType | PackedTransaction) {

@@ -109,2 +125,31 @@ if (!isInstanceOf(tx, PackedTransaction)) {

async send_transaction(tx: SignedTransactionType | PackedTransaction) {
if (!isInstanceOf(tx, PackedTransaction)) {
tx = PackedTransaction.fromSigned(SignedTransaction.from(tx))
}
return this.client.call<SendTransactionResponse>({
path: '/v1/chain/send_transaction',
params: tx,
})
}
async send_transaction2(
tx: SignedTransactionType | PackedTransaction,
options?: SendTransaction2Options
) {
if (!isInstanceOf(tx, PackedTransaction)) {
tx = PackedTransaction.fromSigned(SignedTransaction.from(tx))
}
return this.client.call<SendTransaction2Response>({
path: '/v1/chain/send_transaction2',
params: {
return_failure_trace: true,
retry_trx: false,
retry_trx_num_blocks: 0,
transaction: tx,
...options,
},
})
}
async get_table_rows<Index extends TableIndexType = Name>(

@@ -252,2 +297,12 @@ params: GetTableRowsParams<Index>

}
async get_transaction_status(id: Checksum256Type) {
return this.client.call({
path: '/v1/chain/get_transaction_status',
params: {
id: Checksum256.from(id),
},
responseType: GetTransactionStatusResponse,
})
}
}

@@ -360,2 +360,38 @@ import {

export interface SendTransactionResponse {
transaction_id: string
processed: {
id: string
block_num: number
block_time: string
receipt: {status: string; cpu_usage_us: number; net_usage_words: number}
elapsed: number
net_usage: number
scheduled: boolean
action_traces: any[]
account_ram_delta: any
}
}
export interface SendTransaction2Options {
return_failure_trace?: boolean
retry_trx?: boolean
retry_trx_num_blocks?: number
}
export interface SendTransaction2Response {
transaction_id: string
processed: {
id: string
block_num: number
block_time: string
receipt: {status: string; cpu_usage_us: number; net_usage_words: number}
elapsed: number
net_usage: number
scheduled: boolean
action_traces: any[]
account_ram_delta: any
}
}
export interface TableIndexTypes {

@@ -515,1 +551,14 @@ float128: Float128

}
@Struct.type('get_transaction_status_response')
export class GetTransactionStatusResponse extends Struct {
@Struct.field('string') declare state: string
@Struct.field('uint32') declare head_number: UInt32
@Struct.field('checksum256') declare head_id: Checksum256
@Struct.field('time_point') declare head_timestamp: TimePoint
@Struct.field('uint32') declare irreversible_number: UInt32
@Struct.field('checksum256') declare irreversible_id: Checksum256
@Struct.field('time_point') declare irreversible_timestamp: TimePoint
@Struct.field('checksum256') declare earliest_tracked_block_id: Checksum256
@Struct.field('uint32') declare earliest_tracked_block_number: UInt32
}

@@ -85,2 +85,8 @@ import {ABISerializableObject} from '../serializer/serializable'

/** Number of bytes in this instance. */
get length(): number {
return this.array.byteLength
}
/** Hex string representation of this instance. */
get hexString(): string {

@@ -90,2 +96,3 @@ return arrayToHex(this.array)

/** UTF-8 string representation of this instance. */
get utf8String(): string {

@@ -113,2 +120,29 @@ return new TextDecoder().decode(this.array)

/** Mutating. Pad this instance to length. */
zeropad(n: number, truncate = false) {
const newSize = truncate ? n : Math.max(n, this.array.byteLength)
const buffer = new ArrayBuffer(newSize)
const array = new Uint8Array(buffer)
array.fill(0)
if (truncate && this.array.byteLength > newSize) {
array.set(this.array.slice(0, newSize), 0)
} else {
array.set(this.array, newSize - this.array.byteLength)
}
this.array = array
}
/** Non-mutating, returns a copy of this instance with zeros padded. */
zeropadded(n: number, truncate = false) {
const rv = new Bytes(this.array)
rv.zeropad(n, truncate)
return rv
}
/** Mutating. Drop bytes from the start of this instance. */
dropFirst(n = 1) {
this.array = this.array.subarray(n)
}
/** Non-mutating, returns a copy of this instance with dropped bytes from the start. */
droppingFirst(n = 1) {

@@ -115,0 +149,0 @@ return new Bytes(this.array.subarray(n))

@@ -51,6 +51,7 @@ import {Base58} from '../base58'

const type = string.startsWith('PVT_R1') ? KeyType.R1 : KeyType.K1
let data = new Bytes(error.info.data)
if (data.array.length == 33) {
data = data.droppingFirst()
const data = new Bytes(error.info.data)
if (data.length === 33) {
data.dropFirst()
}
data.zeropad(32, true)
return new this(type, data)

@@ -72,2 +73,5 @@ }

constructor(type: KeyType, data: Bytes) {
if ((type === KeyType.K1 || type === KeyType.R1) && data.length !== 32) {
throw new Error('Invalid private key length')
}
this.type = type

@@ -74,0 +78,0 @@ this.data = data

@@ -10,3 +10,3 @@ import {getCurve} from './curves'

const privkey = curve.genKeyPair().getPrivate()
return privkey.toArrayLike(Uint8Array as any, 'be') as Uint8Array
return privkey.toArrayLike(Uint8Array as any, 'be', 32) as Uint8Array
}

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