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Web3-Onboard makes it simple to connect Ethereum hardware and software wallets to your dapp. Features standardised spec compliant web3 providers for all supported wallets, framework agnostic modern javascript UI with code splitting, CSS customization, mul
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global/safe-apps-provider @safe-global/safe-apps-sdk`
```typescript
type GnosisOptions = {
whitelistedDomains: RegExp[]
}
```
```typescript
import Onboard from '@web3-onboard/core'
import safeModule from '@web3-onboard/gnosis'
const safe = safeModule()
const onboard = Onboard({
// ... other Onboard options
wallets: [
safe
//... other wallets
]
})
const connectedWallets = await onboard.connectWallet()
console.log(connectedWallets)
```
If you are looking to set the `gasLimit` of a transaction within Safe, the gas properties within the transaction WILL BE IGNORED.
Instead you will need to use the `safeTxGas` prop AND the web3-onboard Safe instance that is exposed through the provider to send along the transaction.
The Safe sdk instance exposed by the web3-onboard must be used to set the `safeTxGas` prop and send the transaction.
Check [Safe docs](https://github.com/safe-global/safe-contracts/blob/a6504a9afdeac186a8cdb29ad68b189523c80eda/docs/safe_tx_gas.md) for full detail as it can be a bit confusing.
An example of accessing the Safe SDK instance and sending a transaction can be found below.
```typescript
const tx = {
to: toAddress,
value: 1000000000000000,
data: '0x',
}
const params = {
safeTxGas: 5000000,
};
// wallet is the provider exposed by web3-onboard after the Safe wallet is connected
let trans = await wallet.instance.txs.send({txs:[tx], params})
```
Note: With the `safeTxGas` you will see additional value on the `gasLimit` displayed in the Safe. Check [Safe docs](https://github.com/safe-global/safe-contracts/blob/a6504a9afdeac186a8cdb29ad68b189523c80eda/docs/safe_tx_gas.md) for full details on that computation.
`npm i @web3-onboard/gnosis @safe-