Complementary Examples
Scenarios Showing Transaction Creation And Broadcasting Best Practices
You can find runnable example in the following link
Before we get started we need to make sure that all of the required dependencies are installed.
We recommend the usage of Yarn, but you can choose any other package manager you want!
yarn add @arkecosystem/crypto
yarn add @protokol/voting-crypto
yarn add @protokol/client
pnpm add @arkecosystem/crypto
pnpm add @protokol/voting-crypto
pnpm add @protokol/client
npm install @arkecosystem/crypto
npm install @protokol/voting-crypto
npm install @protokol/client
import { Identities, Managers, Transactions, Utils } from "@arkecosystem/crypto";
import { ProtokolConnection } from "@protokol/client";
import { Builders, Transactions as VotingTransactions } from "@protokol/voting-crypto";
export const CreateProposal = async (): Promise<void> => {
// Configure our API client
const client = new ProtokolConnection("http://localhost:4003/api");
const passphrase = "clay harbor enemy utility margin pretty hub comic piece aerobic umbrella acquire";
// Configure manager and register transaction type
const configs = await client.api("node").crypto();
const {
body: {
data: {
block: { height },
},
},
} = await client.get("blockchain");
Managers.configManager.setConfig({ ...configs.body.data } as any);
Managers.configManager.setHeight(height);
Transactions.TransactionRegistry.registerTransactionType(VotingTransactions.CreateProposalTransaction);
// Step 1: Retrieve the nonce of the sender wallet
const senderWallet = await client.api("wallets").get(Identities.Address.fromPassphrase(passphrase));
const senderNonce = Utils.BigNumber.make(senderWallet.body.data.nonce).plus(1);
// Step 2: Create the transaction
const transaction = new Builders.CreateProposalBuilder()
.createProposal({
duration: {
blockHeight: 123456,
},
content: "QmPfdpTRbhGVZZWKZDzNT5T4NB6C7fFo5wM9Xe8qmLCXWt",
})
.nonce(senderNonce.toFixed())
.sign(passphrase);
// Step 3: Broadcast the transaction
const broadcastResponse = await client.api("transactions").create({ transactions: [transaction.build().toJson()] });
// Step 4: Log the response
console.log(JSON.stringify(broadcastResponse.body, null, 4));
};
CreateProposal()
.then(() => process.exit(0))
.catch((error) => {
console.error(error);
process.exit(1);
});
import { Identities, Managers, Transactions, Utils } from "@arkecosystem/crypto";
import { ProtokolConnection } from "@protokol/client";
import { Builders, Transactions as VotingTransactions } from "@protokol/voting-crypto";
export const CastVote = async (): Promise<void> => {
// Configure our API client
const client = new ProtokolConnection("http://localhost:4003/api");
const passphrase = "clay harbor enemy utility margin pretty hub comic piece aerobic umbrella acquire";
// Configure manager and register transaction type
const configs = await client.api("node").crypto();
const {
body: {
data: {
block: { height },
},
},
} = await client.get("blockchain");
Managers.configManager.setConfig({ ...configs.body.data } as any);
Managers.configManager.setHeight(height);
Transactions.TransactionRegistry.registerTransactionType(VotingTransactions.CastVoteTransaction);
// Step 1: Retrieve the nonce of the sender wallet
const senderWallet = await client.api("wallets").get(Identities.Address.fromPassphrase(passphrase));
const senderNonce = Utils.BigNumber.make(senderWallet.body.data.nonce).plus(1);
// Step 2: Create the transaction
const transaction = new Builders.CastVoteBuilder()
.castVote({
proposalId: "c8f3fff0df73f1125d15a467b4f9401a7967e2915c93612737b7761cde7ada29",
decision: "yes",
})
.nonce(senderNonce.toFixed())
.sign(passphrase);
// Step 3: Broadcast the transaction
const broadcastResponse = await client.api("transactions").create({ transactions: [transaction.build().toJson()] });
// Step 4: Log the response
console.log(JSON.stringify(broadcastResponse.body, null, 4));
};
CastVote()
.then(() => process.exit(0))
.catch((error) => {
console.error(error);
process.exit(1);
});
Last modified 1yr ago