import BigNumber from "bignumber.js"; import { emptyHistoryCache, encodeTokenAccountId, } from "@ledgerhq/ledger-wallet-framework/account/index"; import type { TokenCurrency } from "@ledgerhq/types-cryptoassets"; import type { SyncConfig, TokenAccount } from "@ledgerhq/types-live"; import { encodeOperationId } from "@ledgerhq/ledger-wallet-framework/operation"; import { AssetInfo, Balance } from "@ledgerhq/coin-module-framework/api/types"; import { mergeOps } from "../jsHelpers"; import { cleanedOperation } from "./utils"; import { OperationCommon } from "./types"; function buildTokenAccount({ parentAccountId, assetBalance, token, operations, }: { parentAccountId: string; assetBalance: Balance; token: TokenCurrency; operations: OperationCommon[]; }): TokenAccount { const id = encodeTokenAccountId(parentAccountId, token); const balance = new BigNumber(assetBalance.value.toString() || "0"); // TODO: recheck this logic const spendableBalance = new BigNumber(assetBalance.value.toString()).minus( new BigNumber(assetBalance.locked?.toString() || "0"), ); const tokenOperations = operations.map(op => cleanedOperation({ ...op, id: encodeOperationId(id, op.hash, op.extra?.ledgerOpType), accountId: id, type: op.extra?.ledgerOpType, contract: token.contractAddress, value: op.extra?.assetAmount ? new BigNumber(op.extra?.assetAmount) : op.value, senders: op.extra?.assetSenders ?? op.senders, recipients: op.extra?.assetRecipients ?? op.recipients, }), ); return { type: "TokenAccount", id, parentId: parentAccountId, token, operationsCount: operations.length, operations: tokenOperations, pendingOperations: [], balance, spendableBalance: spendableBalance, swapHistory: [], creationDate: operations.length > 0 ? operations[operations.length - 1].date : new Date(), balanceHistoryCache: emptyHistoryCache, // calculated in the jsHelpers }; } export async function buildSubAccounts({ accountId, allTokenAssetsBalances, syncConfig, operations, getTokenFromAsset, }: { accountId: string; allTokenAssetsBalances: Balance[]; syncConfig: SyncConfig; operations: OperationCommon[]; getTokenFromAsset?: (asset: AssetInfo) => Promise; }): Promise { const { blacklistedTokenIds = [] } = syncConfig; const tokenAccounts: TokenAccount[] = []; if (allTokenAssetsBalances.length === 0 || !getTokenFromAsset) { return tokenAccounts; } const tokenBalances = await Promise.all( allTokenAssetsBalances.map(async balance => ({ balance, token: await getTokenFromAsset(balance.asset), })), ); for (const { balance, token } of tokenBalances) { // NOTE: for future tokens, will need to check over currencyName/standard(erc20,trc10,trc20, etc)/id if (token && !blacklistedTokenIds.includes(token.id)) { tokenAccounts.push( buildTokenAccount({ parentAccountId: accountId, assetBalance: balance, token, operations: operations.filter( op => op.extra.assetReference === balance.asset?.["assetReference"] && op.extra.assetOwner === balance.asset?.["assetOwner"], // NOTE: we could narrow type ), }), ); } } return tokenAccounts; } export function mergeSubAccounts( oldSubAccounts: Array, newSubAccounts: Array, ): Array { if (!oldSubAccounts.length) { return newSubAccounts; } const oldSubAccountsByTokenId = Object.fromEntries( oldSubAccounts.map(account => [account.token.id, account]), ); const newSubAccountsToAdd: Array = []; for (const newSubAccount of newSubAccounts) { const existingSubAccount = oldSubAccountsByTokenId[newSubAccount.token.id]; if (!existingSubAccount) { // New sub account does not exist yet. Just add it as is. newSubAccountsToAdd.push(newSubAccount); continue; } // New sub account is already known, probably outdated const operations = mergeOps(existingSubAccount.operations, newSubAccount.operations); oldSubAccountsByTokenId[newSubAccount.token.id] = { ...existingSubAccount, balance: newSubAccount.balance, spendableBalance: newSubAccount.spendableBalance, operations, operationsCount: operations.length, }; } const updatedOldSubAccounts = Object.values(oldSubAccountsByTokenId); return [...updatedOldSubAccounts, ...newSubAccountsToAdd]; }