Once your app is connected to Blocto wallet, it can send transactions on behalf of the user, with the user's permission.
In order to send a transaction, the app must:
Create an unsigned transaction or transactions using Solana web3.
Have it be signed by the user's Blocto wallet.
Send it with Blocto custom JSON-RPC.
For more information about the transactions on Solana, it is recommended to check out the SolanaWeb3 as well as the official Solana docs.
Plain Transaction
For plain transactions (no dApp-side signing involved), you can just create transaction with SolanaWeb3 and sign-and-send the transaction with signAndSendTransaction method.
val userWalletAddress ="SOLANA_ADDRESS"val transaction =Transaction()...// transaction manipulationBloctoSDK.shared.solana.signAndSendTransaction( from: userWalletAddress, transaction: transaction){ [weakself] result inguardletself=selfelse{return}self.resetSetValueStatus()switch result {caselet .success(txHash): // handle txHash herecaselet .failure(error): // handle error here}}
Partial Sign Transaction
For transactions involving dApp-side signing, first you need to convert the transaction to our wallet-compatible format by calling convertToProgramWalletTransaction, and sign the instructions with your keys, then sign-and-send the partial-signed transaction with our signAndSendTransaction method.
val userWalletAddress = "SOLANA_ADDRESS"
val transaction = Transaction()
... // transaction manipulation
BloctoSDK.shared.solana.convertToProgramWalletTransaction(
transaction,
solanaAddress: userWalletAddress) { [weak self] result in
guard let self = self else { return }
switch result {
case let .success(transaction):
do {
var newTransaction = transaction
// partial sign after transaction converted.
try newTransaction.partialSign(signers: [newAccount])
BloctoSDK.shared.solana.signAndSendTransaction(
from: userWalletAddress,
transaction: newTransaction) { [weak self] result in
switch result {
case let .success(txHash):
// handle txHash here
case let .failure(error):
// handle error here
}
}
} catch {
// handle error here
}
case let .failure(error):
// handle error here
}
}