Submit Tx
The Xrpld.submit
function in the SDK is used to submit a transaction to the XRPL. It takes in a SubmitTxParams
object as a parameter, which includes the client, wallet, and transaction to be submitted.
Submitting a Transaction with submitTx
To submit a transaction to the XRPL using the Xrpld.submit
function, you need to provide the following parameters:
client
: The XRPL client object.wallet
: The wallet object that holds the account information for the transaction.tx
: The transaction object to be submitted.
Here is an example of submitting a transaction using the Xrpld.submit
function:
import {
Xrpld,
createHookPayload,
setHooksV3,
SetHookFlags
} from '@transia/hooks-toolkit'
const hook = createHookPayload({
version: 0, // HookApiVersion
createFile: 'hook_on_tt', // filename in /build
namespace: 'hook_on_tt', // namespace (ascii)
flags: SetHookFlags.hsfOverride, // SetHookFlag
hookOnArray: ['Invoke'] // HookOn Transactions
})
await setHooksV3({
client: testContext.client,
seed: testContext.alice.seed,
hooks: [{ Hook: hook }],
} as SetHookParams)
const aliceWallet = testContext.alice
const bobWallet = testContext.bob
const builtTx: Invoke = {
TransactionType: 'Invoke',
Account: bobWallet.classicAddress,
Destination: aliceWallet.classicAddress,
}
const result = Xrpld.submit(testContext.client, {
wallet: bobWallet,
tx: builtTx,
} as SubmitTxParams)
In the example above, we first create a hook payload using the createHookPayload
function and set the hook_on
field to trigger on the Invoke
transaction type. We then use the setHooksV3
function to set the hook on the XRPL.
Next, we define the builtTx
object, which represents the transaction to be submitted. In this case, it is an Invoke
transaction with the Account
set to Bob's address and the Destination
set to Alice's address.
Finally, we pass the client
, wallet
, and tx
objects to the Xrpld.submit
function to submit the transaction to the XRPL.
Note that the Xrpld.submit
function is an asynchronous function and returns a Promise. You can use await
to wait for the function to complete.
Credit: Omar Khan: https://github.com/khancode