@flarenetwork/flare-stake-tool
Version:
Utilities for staking on the Flare network
278 lines • 12.8 kB
JavaScript
"use strict";
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Object.defineProperty(exports, "__esModule", { value: true });
exports.exportCP = exportCP;
exports.importCP = importCP;
exports.exportPC = exportPC;
exports.importPC = importPC;
exports.addValidator = addValidator;
exports.addDelegator = addDelegator;
exports.internalTransfer = internalTransfer;
const ethers_1 = require("ethers");
const settings = __importStar(require("./settings"));
const flarejs_1 = require("@flarenetwork/flarejs");
const utils_1 = require("./utils");
const chain = __importStar(require("./flare/chain"));
const flare_1 = require("./flare");
const bn_js_1 = require("bn.js");
const FLR = 1e9; // one FLR in nanoFLR
function getChainIdFromContext(sourceChain, context) {
return sourceChain === 'C'
? context.cBlockchainID
: sourceChain === 'P'
? context.pBlockchainID
: context.xBlockchainID;
}
async function exportCP(ctx, params) {
const provider = new ethers_1.JsonRpcProvider(settings.URL[ctx.config.hrp] + '/ext/bc/C/rpc');
const evmapi = new flarejs_1.evm.EVMApi(settings.URL[ctx.config.hrp]);
const context = await flarejs_1.Context.getContextFromURI(settings.URL[ctx.config.hrp]);
if (!ctx.cAddressHex) {
throw new Error('cAddressHex is undefined or null');
}
if (!ctx.pAddressBech32) {
throw new Error('pAddressBech32 is undefined or null');
}
if (!ctx.privkHex) {
throw new Error('privkHex is undefined or null');
}
if (!params.amount) {
throw new Error('amount is required');
}
const txCount = await provider.getTransactionCount(ctx.cAddressHex);
const baseFee = await evmapi.getBaseFee();
const fee = !params.fee || BigInt(params.fee) == 0n || BigInt(params.fee) < baseFee ? baseFee : BigInt(params.fee);
const exportTx = flarejs_1.evm.newExportTxFromBaseFee(context, fee / BigInt(FLR), BigInt(params.amount), context.pBlockchainID, flarejs_1.utils.hexToBuffer(ctx.cAddressHex), [flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)], BigInt(txCount));
await (0, flarejs_1.addTxSignatures)({
unsignedTx: exportTx,
privateKeys: [flarejs_1.utils.hexToBuffer(ctx.privkHex)]
});
return { txid: (await evmapi.issueSignedTx(exportTx.getSignedTx())).txID };
}
async function importCP(ctx, params) {
if (!ctx.pAddressBech32) {
throw new Error('pAddressBech32 is undefined or null');
}
if (!ctx.cAddressBech32) {
throw new Error('cAddressBech32 is undefined or null');
}
if (!ctx.privkHex) {
throw new Error('privkHex is undefined or null');
}
const pvmapi = new flarejs_1.pvm.PVMApi(settings.URL[ctx.config.hrp]);
const context = await flarejs_1.Context.getContextFromURI(settings.URL[ctx.config.hrp]);
const { utxos } = await pvmapi.getUTXOs({
sourceChain: 'C',
addresses: [ctx.pAddressBech32]
});
const importTx = flarejs_1.pvm.newImportTx(context, getChainIdFromContext('C', context), utxos, [flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)], [flarejs_1.utils.bech32ToBytes(ctx.cAddressBech32)]);
await (0, flarejs_1.addTxSignatures)({
unsignedTx: importTx,
privateKeys: [flarejs_1.utils.hexToBuffer(ctx.privkHex)]
});
return { txid: (await pvmapi.issueSignedTx(importTx.getSignedTx())).txID };
}
async function exportPC(ctx, params) {
if (!ctx.pAddressBech32) {
throw new Error('pAddressBech32 is undefined or null');
}
if (!ctx.privkHex) {
throw new Error('privkHex is undefined or null');
}
if (!params.amount) {
throw new Error('amount is required');
}
const pvmapi = new flarejs_1.pvm.PVMApi(settings.URL[ctx.config.hrp]);
const context = await flarejs_1.Context.getContextFromURI(settings.URL[ctx.config.hrp]);
const { utxos } = await pvmapi.getUTXOs({
addresses: [ctx.pAddressBech32]
});
const exportTx = flarejs_1.pvm.newExportTx(context, getChainIdFromContext('C', context), [flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)], utxos, [
flarejs_1.TransferableOutput.fromNative(context.avaxAssetID, BigInt(params.amount), [
flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)
])
]);
await (0, flarejs_1.addTxSignatures)({
unsignedTx: exportTx,
privateKeys: [flarejs_1.utils.hexToBuffer(ctx.privkHex)]
});
return { txid: (await pvmapi.issueSignedTx(exportTx.getSignedTx())).txID };
}
async function importPC(ctx, params) {
if (!ctx.pAddressBech32) {
throw new Error('pAddressBech32 is undefined or null');
}
if (!ctx.cAddressBech32) {
throw new Error('cAddressBech32 is undefined or null');
}
if (!ctx.privkHex) {
throw new Error('privkHex is undefined or null');
}
if (!ctx.cAddressHex) {
throw new Error('cAddressHex is undefined or null');
}
const evmapi = new flarejs_1.evm.EVMApi(settings.URL[ctx.config.hrp]);
const context = await flarejs_1.Context.getContextFromURI(settings.URL[ctx.config.hrp]);
const { utxos } = await evmapi.getUTXOs({
sourceChain: 'P',
addresses: [ctx.cAddressBech32]
});
const baseFee = await evmapi.getBaseFee();
const fee = !params.fee || BigInt(params.fee) == 0n || BigInt(params.fee) < baseFee ? baseFee : BigInt(params.fee);
const tx = flarejs_1.evm.newImportTxFromBaseFee(context, flarejs_1.utils.hexToBuffer(ctx.cAddressHex), [flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)], utxos, getChainIdFromContext('P', context), fee / BigInt(FLR));
await (0, flarejs_1.addTxSignatures)({
unsignedTx: tx,
privateKeys: [flarejs_1.utils.hexToBuffer(ctx.privkHex)]
});
return { txid: (await evmapi.issueSignedTx(tx.getSignedTx())).txID };
}
async function addValidator(ctx, params) {
if (!ctx.pAddressBech32) {
throw new Error('pAddressBech32 is undefined or null');
}
if (!ctx.privkHex) {
throw new Error('privkHex is undefined or null');
}
if (!params.amount) {
throw new Error('amount is required');
}
if (!params.nodeId) {
throw new Error('nodeId is required');
}
if (!params.popBlsPublicKey) {
throw new Error('popBlsPublicKey is required');
}
if (!params.popBlsSignature) {
throw new Error('popBlsSignature is required');
}
if (!params.endTime) {
throw new Error('endTime is required');
}
if (!ctx.publicKey) {
throw new Error('publicKey is undefined or null');
}
if (!ctx.network) {
throw new Error('network is undefined or null');
}
const pvmapi = new flarejs_1.pvm.PVMApi(settings.URL[ctx.config.hrp]);
const context = await flarejs_1.Context.getContextFromURI(settings.URL[ctx.config.hrp]);
const { utxos } = await pvmapi.getUTXOs({ addresses: [ctx.pAddressBech32] });
const start = BigInt((0, utils_1.adjustStartTime)(params.startTime));
const end = BigInt(params.endTime);
const nodeID = params.nodeId;
const blsPublicKey = flarejs_1.utils.hexToBuffer(params.popBlsPublicKey);
const blsSignature = flarejs_1.utils.hexToBuffer(params.popBlsSignature);
const pk = Buffer.concat(ctx.publicKey).toString('hex');
const account = (0, flare_1._getAccount)(ctx.network, pk);
let stakes = await chain.getPStakes(account.network);
await (0, flare_1._checkNumberOfStakes)(account, params.nodeId, new bn_js_1.BN(start.toString()), new bn_js_1.BN(params.endTime), stakes);
const tx = flarejs_1.pvm.newAddPermissionlessValidatorTx(context, utxos, [flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)], nodeID, flarejs_1.networkIDs.PrimaryNetworkID.toString(), start, end, BigInt(params.amount), [flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)], [flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)], Number(params.delegationFee) * 1e4, // default fee is 10%
undefined, 1, 0n, blsPublicKey, blsSignature);
await (0, flarejs_1.addTxSignatures)({
unsignedTx: tx,
privateKeys: [flarejs_1.utils.hexToBuffer(ctx.privkHex)]
});
return { txid: (await pvmapi.issueSignedTx(tx.getSignedTx())).txID };
}
async function addDelegator(ctx, params) {
if (!ctx.pAddressBech32) {
throw new Error('pAddressBech32 is undefined or null');
}
if (!ctx.privkHex) {
throw new Error('privkHex is undefined or null');
}
if (!params.amount) {
throw new Error('amount is required');
}
if (!params.nodeId) {
throw new Error('nodeId is required');
}
if (!params.endTime) {
throw new Error('endTime is required');
}
if (!ctx.publicKey) {
throw new Error('publicKey is undefined or null');
}
if (!ctx.network) {
throw new Error('network is undefined or null');
}
const pvmapi = new flarejs_1.pvm.PVMApi(settings.URL[ctx.config.hrp]);
const context = await flarejs_1.Context.getContextFromURI(settings.URL[ctx.config.hrp]);
const { utxos } = await pvmapi.getUTXOs({ addresses: [ctx.pAddressBech32] });
const start = BigInt((0, utils_1.adjustStartTime)(params.startTime));
const end = BigInt(params.endTime);
const nodeID = params.nodeId;
const pk = Buffer.concat(ctx.publicKey).toString('hex');
const account = (0, flare_1._getAccount)(ctx.network, pk);
let stakes = await chain.getPStakes(account.network);
await (0, flare_1._checkNumberOfStakes)(account, params.nodeId, new bn_js_1.BN(utils_1.adjustStartTime.toString()), new bn_js_1.BN(params.endTime), stakes);
await (0, flare_1._checkNodeId)(account, params.nodeId, stakes);
const tx = flarejs_1.pvm.newAddPermissionlessDelegatorTx(context, utxos, [flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)], nodeID, flarejs_1.networkIDs.PrimaryNetworkID.toString(), start, end, BigInt(params.amount), [flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32)]);
await (0, flarejs_1.addTxSignatures)({
unsignedTx: tx,
privateKeys: [flarejs_1.utils.hexToBuffer(ctx.privkHex)]
});
return { txid: (await pvmapi.issueSignedTx(tx.getSignedTx())).txID };
}
async function internalTransfer(ctx, params) {
if (!ctx.pAddressBech32) {
throw new Error('pAddressBech32 is undefined or null');
}
if (!params.transferAddress) {
throw new Error('transferAddress is required');
}
if (!params.amount) {
throw new Error('amount is required');
}
if (!ctx.privkHex) {
throw new Error('privkHex is undefined or null');
}
const pvmapi = new flarejs_1.pvm.PVMApi(settings.URL[ctx.config.hrp]);
const context = await flarejs_1.Context.getContextFromURI(settings.URL[ctx.config.hrp]);
const { utxos } = await pvmapi.getUTXOs({ addresses: [ctx.pAddressBech32] });
const pChainAddressBytes = flarejs_1.utils.bech32ToBytes(ctx.pAddressBech32);
const pChainTransferAddressBytes = flarejs_1.utils.bech32ToBytes(params.transferAddress);
const tx = flarejs_1.pvm.newBaseTx(context, [pChainAddressBytes], utxos, [
flarejs_1.TransferableOutput.fromNative(context.avaxAssetID, BigInt(params.amount), [
pChainTransferAddressBytes,
]),
]);
await (0, flarejs_1.addTxSignatures)({
unsignedTx: tx,
privateKeys: [flarejs_1.utils.hexToBuffer(ctx.privkHex)]
});
return { txid: (await pvmapi.issueSignedTx(tx.getSignedTx())).txID };
}
//# sourceMappingURL=transaction.js.map