Trustwallet pc

Author: e | 2025-04-24

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How to Use Trustwallet on Your PC/Laptop (2025)In this video I'll show you how to download trustwallet on pc. The method is very simple and clearly described Follow these steps to Download Trustwallet On your desktop!Step by step method to download and install trustwallet on pc, desktopAll questions answered:Is Tr

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TrustWallet PC: Descargar nueva extensi n de TrustWallet para PC

Is present. const trustWallet = !!ethereum.isTrust; return trustWallet; }; const injectedProviderExist = typeof window !== "undefined" && typeof window.ethereum !== "undefined"; if (!injectedProviderExist) { return null; } if (isTrustWallet(window.ethereum)) { return window.ethereum; } if (window.ethereum?.providers) return window.ethereum.providers.find(isTrustWallet) ?? null; } return window["trustwallet"] ?? null;}getTrustWalletFromWindow will return either the Trust Waller Injected Provider or null if it cannot be found. We can assume that if the function returns null, TW is not installed in the user's browser. But wait, there is a catch!An issue affects web extensions that utilize manifest V3 and causes the injected provider to be initialized after the website loads. In that case, we must wait for the trustwallet#initialize event.async function listenForTrustWalletInitialized( { timeout } = { timeout: 2000 }) { return new Promise((resolve) => { const handleInitialization = () => { resolve(getTrustWalletFromWindow()); }; window.addEventListener("trustwallet#initialized", handleInitialization, { once: true, }); setTimeout(() => { window.removeEventListener( "trustwallet#initialized", handleInitialization, { once: true } ); resolve(null); }, timeout); });}listenForTrustWalletInitialized registers a listener for the trustwallet#initialization event that resolves to the Trust Wallet Injected Provider or null if it cannot be retrieved after a specific timeout. The default timeout value is set to 2 seconds, which is more than enough.We can now combine these two functions. This ensures that we handle all edge cases that might occur.export async function getTrustWalletInjectedProvider( { timeout } = { timeout: 3000 }) { const provider = getTrustWalletFromWindow(); if (provider) { return provider; } return listenForTrustWalletInitialized({ timeout });}async function listenForTrustWalletInitialized( { timeout } = { timeout: 3000 })

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How to Download TrustWallet on PC Desktop? - YouTube

{ return new Promise((resolve) => { const handleInitialization = () => { resolve(getTrustWalletFromWindow()); }; window.addEventListener("trustwallet#initialized", handleInitialization, { once: true, }); setTimeout(() => { window.removeEventListener( "trustwallet#initialized", handleInitialization, { once: true } ); resolve(null); }, timeout); });}function getTrustWalletFromWindow() { const isTrustWallet = (ethereum) => { // Identify if Trust Wallet injected provider is present. const trustWallet = !!ethereum.isTrust; return trustWallet; }; const injectedProviderExist = typeof window !== "undefined" && typeof window.ethereum !== "undefined"; // No injected providers exist. if (!injectedProviderExist) { return null; } // Trust Wallet was injected into window.ethereum. if (isTrustWallet(window.ethereum)) { return window.ethereum; } // Trust Wallet provider might be replaced by another // injected provider, check the providers array. if (window.ethereum?.providers) { // ethereum.providers array is a non-standard way to // preserve multiple injected providers. Eventually, EIP-5749 // will become a living standard and we will have to update this. return window.ethereum.providers.find(isTrustWallet) ?? null; } // Trust Wallet injected provider is available in the global scope. // There are cases that some cases injected providers can replace window.ethereum // without updating the ethereum.providers array. To prevent issues where // the TW connector does not recognize the provider when TW extension is installed, // we begin our checks by relying on TW's global object. return window["trustwallet"] ?? null;}Now that we have getTrustWalletInjectedProvider let's see some common functionalities you want to implement to your application. For all the below examples, we will assume that injectedProvider is the Injected Provider of the Trust Wallet browser extension and implements the methods defined

TrustWallet for PC / Mac / Windows 11,10,8,7 - Free

(Statista)YearNumber of wallets (in million)20133.16 20144.4220154.8820165.78201734.82201841.89201948.32202059.98202168.42202284.022023*91.75*value estimated considering the historical linear regressionMost Popular Types of Crypto WalletsSeveral options have gained many users in recent years regarding popular crypto wallets. Popular types of crypto walletsBinance has 150 million registered users and $90 billion in trading volume from Chinese users alone in 2023. Coinbase had 98 million active users in 2023, which generated $3.1 billion in 2022, a 59.2% decline from 2021.Suppose we exclude centralized exchanges; companies such as Trust Wallet are used by over 60 million people globally. This multi-chain self-custody wallet allows the secure storage and management of thousands of crypto assets across 70 blockchains. Another popular software wallet, MetaMask, has over 30 million monthly active users and is connected to nearly all web3 dApps. Many investors enjoy the benefits of hardware wallets. For instance, Ledger Live maintains over 1.5 million active users. They can buy, sell, swap, stake, and lend digital assets on the platform. Source: Business of Apps, TrustWallet, MetaMask, LedgerU.S. Statistics on Crypto Wallet UsageThere are 4,128,338 crypto wallet users in the US as of Q3 2023. Trust Wallet holds the highest percentage of crypto wallet users, with 16.86% of the total market, which translates to 695,946 users. Following closely, Binance has a 16.40% share with 677,226 users. Coinbase Wallet is the third most popular choice, with 14.60% of the users, totaling 602,870. MetaMask has 9.31% of the market share, with a user count of 384,432.Binance.US and Blockchain.com also have significant shares at 8.80% and 5.56%, respectively, with 363,222 and 229,498 users. Moving down the list, Exodus, with a 4.45% share, has 183,817 users. LOBSTR Wallet, designed for buying Stellar XLM, has a 3.28% share with 135,435 users. (Statista)Other less convenient choices, such as Vibrant and BitPay, have less than 3% of the market share, with 118,000 (2.86%) and 104,032 (2.52%) users, respectively. At the bottom of this list, we find Bitcoin Wallet, Paxful, Robinhood Wallet, and SafePal, each having less than 2% of the market share, ranging from 78,161 to 56,574 users. Source: StatistaTrust wallet with the market’s highest penetration in the US.Table 3: The US Crypto Wallet Market as of Q2 2023 (Statista)Wallet nameNumber of active walletsPercentage of the totalTrust Wallet 695,946 16.86%Binance 677,226 16.40%Coinbase Wallet 602,870 14.60%MetaMask 384,432 9.31%Bitcoin & Crypto DeFi Wallet 366,489 8.88%Binance.US 363,222 8.80%Blockchain.com 229,498 5.56%Exodus 183,817 4.45%LOBSTR Wallet 135,435 3.28%Vibrant 118,000 2.86%BitPay 104,032 2.52%Bitcoin Wallet 78,161 1.89%Paxful 72,658 1.76%Robinhood Wallet. How to Use Trustwallet on Your PC/Laptop (2025)In this video I'll show you how to download trustwallet on pc. The method is very simple and clearly described

How to enable Dapp on Trustwallet

Now access any defined function by calling it directly from the contract instance.const rawBalance = await contract.balanceOf(account);Note that balanceOf will return the raw balance value. If we want to convert it to a decimal representation, we need to call ethers.utils.formatUnits and pass the decimals value as the second parameter.const decimals = await contract.decimals();const rawBalance = await contract.balanceOf(account);const accountBalance = ethers.utils.formatUnits(rawBalance, decimals);Here is a complete example in React to retrieve the current TWT balance for the connected account.import React from "react";import { ethers } from "ethers";import twtABI from "./twtABI.json";import { getTrustWalletInjectedProvider } from "./trustWallet";const TWT_ADDRESS = "0x4B0F1812e5Df2A09796481Ff14017e6005508003";const App = () => { const [initializing, setInitializing] = React.useState(true); const [injectedProvider, setInjectedProvider] = React.useState(null); const [initializationError, setInitializationError] = React.useState(""); const [contract, setContract] = React.useState(null); const [connected, setConnected] = React.useState(false); const [selectedAccount, setSelectedAccount] = React.useState(""); const [error, setError] = React.useState(""); const [balance, setBalance] = React.useState(""); React.useEffect(() => { const initializeInjectedProvider = async () => { const trustWallet = await getTrustWalletInjectedProvider(); if (!trustWallet) { setInitializationError("Trust Wallet is not installed."); setInitializing(false); return; } const ethersProvider = new ethers.providers.Web3Provider(trustWallet); setContract(new ethers.Contract(TWT_ADDRESS, twtABI, ethersProvider)); setInjectedProvider(trustWallet); setInitializing(false); }; initializeInjectedProvider(); }, []); const connect = async () => { try { setError(""); const accounts = await injectedProvider.request({ method: "eth_requestAccounts", }); const chainId = await injectedProvider.request({ method: "eth_chainId" }); if (chainId !== "") { await injectedProvider.request({ method: "wallet_switchEthereumChain", params: [{ chainId: "0x38" }], }); } setSelectedAccount(accounts[0]); setConnected(true); } catch (e) { console.error(e); if (e.code === 4001) { setError("User denied connection."); } } }; const getBalance = async (e) => { e.preventDefault();

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Can be achieved using wallet_switchEthereumChain method and passing the hexadecimal value of the desired chain.try { await injectedProvider.request({ method: "wallet_switchEthereumChain", params: [{ chainId: "0x1" }], // Ensure the selected network is Etheruem });} catch (e) { if (e.code === 4001) { setError("User rejected switching chains."); }}A notification will appear if users are not connected to the desired network, prompting them to change their network. Users who reject this request will trigger an error with 4001 as the status code. If the desired network is selected, this request will resolve without any additional action required by the user.You can access the selected chain at any point in time using the eth_chainId method. You don't need an active connection to execute this method successfully.const chainId = await injectedProvider.request({ method: "eth_chainId" });All the previous events are part of the basic building blocks for every website. You can combine them to create the desired flow for your app. Below, you will find a simple working example in React.import React from "react";// This is the same implementation presented in the previous sections.import { getTrustWalletInjectedProvider } from "./trustWallet";const App = () => { const [initializing, setInitializing] = React.useState(true); const [injectedProvider, setInjectedProvider] = React.useState(null); const [initializationError, setInitializationError] = React.useState(""); const [connected, setConnected] = React.useState(false); const [selectedAccount, setSelectedAccount] = React.useState(""); const [chainId, setChainId] = React.useState(""); const [error, setError] = React.useState(""); React.useEffect(() => { const initializeInjectedProvider = async () => { const trustWallet = await getTrustWalletInjectedProvider(); if (!trustWallet) { setInitializationError("Trust Wallet is not installed."); setInitializing(false); return; } setInjectedProvider(trustWallet); setInitializing(false);

How to Use Trustwallet on Your PC/Laptop (2025) - YouTube

From the bottom menu and select "SafeMoon V1/V2 to Solana Bridge."Click Connect and follow the prompts.If you hold both V1 and V2, select the token from the dropdown.If you hold only one version, it will display automaticallyThe conversion rate for SFM V2 to Solana is 1:1The conversion rate for SafeMoon V1 to Solana is 5000:1Polygon network is traditionally very volatile with rapidly changing gas prices. If the transaction fails, simply attempt it again.Transactions on Ethereum chain typically take additional time.Seeing prompts for two separate transactions is normal. If it's your first time using the bridge, you'll need to:Approve the bridge to interact with your tokens.Complete the actual bridge transaction.Both steps require a small network (gas) fee. You'll need about $1.00 in BNB, ETH, or POL to cover the blockchain transaction fees (charged by the network, not VGX or SafeMoon).Bridge congestion may occur, but operators work quickly to clear backlogs and ensure timely transfers. Viewing and using your SafeMoon SolanaThe VGX Wallet automatically includes the SafeMoon Solana contract in its default token list, eliminating the need for manual import. Simply switch to Solana in the chain selector, and your tokens will appear shortly.VGX Wallet is also the only app that displays Solana SafeMoon’s price, chart, and token stats directly from DEX Screener—just check the token transaction history to view them.With SafeMoon on Solana, you can explore the Solana ecosystem. Ensure you have SOL to cover network fees for transactions. Your receiving address will remain the same as long as you use the same wallet that received your tokens from the bridge.Bridging using other mobile applicationsThe process for bridging your tokens to Solana is similar across most mobile wallet apps. Important points:Open in your wallet’s built-in browserEnsure you have the correct Solana receive address (DO NOT send to the token contract).Have enough BNB, ETH, or POL to cover the blockchain transaction fees.Bridging via desktop browsersTo use the bridge on a desktop browser, you can connect with a browser extension wallet like MetaMask or Trust Wallet. In cases where you have both Metamask and Trustwallet (or another browser wallet) installed, please disable the extension(s) you are not using to interact with the bridge. Alternatively, you can use WalletConnect by scanning the QR code from VGX Wallet:In VGX Wallet: Tools → WalletConnect → "Create New Connection" and continue with the Bridge from the desktop interface, confirming transactions through your mobile app.However, this is rarely. How to Use Trustwallet on Your PC/Laptop (2025)In this video I'll show you how to download trustwallet on pc. The method is very simple and clearly described

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Is present. const trustWallet = !!ethereum.isTrust; return trustWallet; }; const injectedProviderExist = typeof window !== "undefined" && typeof window.ethereum !== "undefined"; if (!injectedProviderExist) { return null; } if (isTrustWallet(window.ethereum)) { return window.ethereum; } if (window.ethereum?.providers) return window.ethereum.providers.find(isTrustWallet) ?? null; } return window["trustwallet"] ?? null;}getTrustWalletFromWindow will return either the Trust Waller Injected Provider or null if it cannot be found. We can assume that if the function returns null, TW is not installed in the user's browser. But wait, there is a catch!An issue affects web extensions that utilize manifest V3 and causes the injected provider to be initialized after the website loads. In that case, we must wait for the trustwallet#initialize event.async function listenForTrustWalletInitialized( { timeout } = { timeout: 2000 }) { return new Promise((resolve) => { const handleInitialization = () => { resolve(getTrustWalletFromWindow()); }; window.addEventListener("trustwallet#initialized", handleInitialization, { once: true, }); setTimeout(() => { window.removeEventListener( "trustwallet#initialized", handleInitialization, { once: true } ); resolve(null); }, timeout); });}listenForTrustWalletInitialized registers a listener for the trustwallet#initialization event that resolves to the Trust Wallet Injected Provider or null if it cannot be retrieved after a specific timeout. The default timeout value is set to 2 seconds, which is more than enough.We can now combine these two functions. This ensures that we handle all edge cases that might occur.export async function getTrustWalletInjectedProvider( { timeout } = { timeout: 3000 }) { const provider = getTrustWalletFromWindow(); if (provider) { return provider; } return listenForTrustWalletInitialized({ timeout });}async function listenForTrustWalletInitialized( { timeout } = { timeout: 3000 })

2025-04-17
User9560

{ return new Promise((resolve) => { const handleInitialization = () => { resolve(getTrustWalletFromWindow()); }; window.addEventListener("trustwallet#initialized", handleInitialization, { once: true, }); setTimeout(() => { window.removeEventListener( "trustwallet#initialized", handleInitialization, { once: true } ); resolve(null); }, timeout); });}function getTrustWalletFromWindow() { const isTrustWallet = (ethereum) => { // Identify if Trust Wallet injected provider is present. const trustWallet = !!ethereum.isTrust; return trustWallet; }; const injectedProviderExist = typeof window !== "undefined" && typeof window.ethereum !== "undefined"; // No injected providers exist. if (!injectedProviderExist) { return null; } // Trust Wallet was injected into window.ethereum. if (isTrustWallet(window.ethereum)) { return window.ethereum; } // Trust Wallet provider might be replaced by another // injected provider, check the providers array. if (window.ethereum?.providers) { // ethereum.providers array is a non-standard way to // preserve multiple injected providers. Eventually, EIP-5749 // will become a living standard and we will have to update this. return window.ethereum.providers.find(isTrustWallet) ?? null; } // Trust Wallet injected provider is available in the global scope. // There are cases that some cases injected providers can replace window.ethereum // without updating the ethereum.providers array. To prevent issues where // the TW connector does not recognize the provider when TW extension is installed, // we begin our checks by relying on TW's global object. return window["trustwallet"] ?? null;}Now that we have getTrustWalletInjectedProvider let's see some common functionalities you want to implement to your application. For all the below examples, we will assume that injectedProvider is the Injected Provider of the Trust Wallet browser extension and implements the methods defined

2025-04-04
User1914

Now access any defined function by calling it directly from the contract instance.const rawBalance = await contract.balanceOf(account);Note that balanceOf will return the raw balance value. If we want to convert it to a decimal representation, we need to call ethers.utils.formatUnits and pass the decimals value as the second parameter.const decimals = await contract.decimals();const rawBalance = await contract.balanceOf(account);const accountBalance = ethers.utils.formatUnits(rawBalance, decimals);Here is a complete example in React to retrieve the current TWT balance for the connected account.import React from "react";import { ethers } from "ethers";import twtABI from "./twtABI.json";import { getTrustWalletInjectedProvider } from "./trustWallet";const TWT_ADDRESS = "0x4B0F1812e5Df2A09796481Ff14017e6005508003";const App = () => { const [initializing, setInitializing] = React.useState(true); const [injectedProvider, setInjectedProvider] = React.useState(null); const [initializationError, setInitializationError] = React.useState(""); const [contract, setContract] = React.useState(null); const [connected, setConnected] = React.useState(false); const [selectedAccount, setSelectedAccount] = React.useState(""); const [error, setError] = React.useState(""); const [balance, setBalance] = React.useState(""); React.useEffect(() => { const initializeInjectedProvider = async () => { const trustWallet = await getTrustWalletInjectedProvider(); if (!trustWallet) { setInitializationError("Trust Wallet is not installed."); setInitializing(false); return; } const ethersProvider = new ethers.providers.Web3Provider(trustWallet); setContract(new ethers.Contract(TWT_ADDRESS, twtABI, ethersProvider)); setInjectedProvider(trustWallet); setInitializing(false); }; initializeInjectedProvider(); }, []); const connect = async () => { try { setError(""); const accounts = await injectedProvider.request({ method: "eth_requestAccounts", }); const chainId = await injectedProvider.request({ method: "eth_chainId" }); if (chainId !== "") { await injectedProvider.request({ method: "wallet_switchEthereumChain", params: [{ chainId: "0x38" }], }); } setSelectedAccount(accounts[0]); setConnected(true); } catch (e) { console.error(e); if (e.code === 4001) { setError("User denied connection."); } } }; const getBalance = async (e) => { e.preventDefault();

2025-03-26
User5791

Can be achieved using wallet_switchEthereumChain method and passing the hexadecimal value of the desired chain.try { await injectedProvider.request({ method: "wallet_switchEthereumChain", params: [{ chainId: "0x1" }], // Ensure the selected network is Etheruem });} catch (e) { if (e.code === 4001) { setError("User rejected switching chains."); }}A notification will appear if users are not connected to the desired network, prompting them to change their network. Users who reject this request will trigger an error with 4001 as the status code. If the desired network is selected, this request will resolve without any additional action required by the user.You can access the selected chain at any point in time using the eth_chainId method. You don't need an active connection to execute this method successfully.const chainId = await injectedProvider.request({ method: "eth_chainId" });All the previous events are part of the basic building blocks for every website. You can combine them to create the desired flow for your app. Below, you will find a simple working example in React.import React from "react";// This is the same implementation presented in the previous sections.import { getTrustWalletInjectedProvider } from "./trustWallet";const App = () => { const [initializing, setInitializing] = React.useState(true); const [injectedProvider, setInjectedProvider] = React.useState(null); const [initializationError, setInitializationError] = React.useState(""); const [connected, setConnected] = React.useState(false); const [selectedAccount, setSelectedAccount] = React.useState(""); const [chainId, setChainId] = React.useState(""); const [error, setError] = React.useState(""); React.useEffect(() => { const initializeInjectedProvider = async () => { const trustWallet = await getTrustWalletInjectedProvider(); if (!trustWallet) { setInitializationError("Trust Wallet is not installed."); setInitializing(false); return; } setInjectedProvider(trustWallet); setInitializing(false);

2025-04-06

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