...
dependencies: [
    ...
    .package(url: "https://github.com/p2p-org/solana-swift", from: "3.0.0")
],
...

import SolanaSwift

import SolanaSwift

class MyCustomLogger: SolanaSwiftLogger {
    func log(event: String, data: String?, logLevel: SolanaSwiftLoggerLogLevel) {
        // Custom log goes here
    }
}

// AppDelegate or somewhere eles

let customLogger: SolanaSwiftLogger = MyCustomLogger()
SolanaSwift.Logger.setLoggers([customLogger])

import SolanaSwift
import KeychainSwift
struct KeychainAccountStorage: SolanaAccountStorage {
    let tokenKey = <YOUR_KEY_TO_STORE_IN_KEYCHAIN>
    func save(_ account: Account) throws {
        let data = try JSONEncoder().encode(account)
        keychain.set(data, forKey: tokenKey)
    }
    
    var account: Account? {
        guard let data = keychain.getData(tokenKey) else {return nil}
        return try JSONDecoder().decode(Account.self, from: data)
    }
}

struct InMemoryAccountStorage: SolanaAccountStorage {
    private var _account: Account?
    func save(_ account: Account) throws {
        _account = account
    }
    
    var account: Account? {
        _account
    }
}

let account = try await Account(network: .mainnetBeta)
// optional
accountStorage.save(account)

let account = try await Account(phrases: ["miracle", "hundred", ...], network: .mainnetBeta, derivablePath: ...)
// optional
accountStorage.save(account)

import SolanaSwift

let endpoint = APIEndPoint(
    address: "https://api.mainnet-beta.solana.com",
    network: .mainnetBeta
)

// To get block height
let apiClient = JSONRPCAPIClient(endpoint: endpoint)
let result = try await apiClient.getBlockHeight()

// To get balance of the current account
guard let account = try? accountStorage.account?.publicKey.base58EncodedString else { throw SolanaError.unauthorized }
let balance = try await apiClient.getBalance(account: account, commitment: "recent")

// Wait for confirmation
let signature = try await blockChainClient.sendTransaction(...)
try await apiClient.waitForConfirmation(signature: signature, ignoreStatus: true) // transaction will be mark as confirmed after timeout no matter what status is when ignoreStatus = true
let signature2 = try await blockchainClient.sendTransaction(/* another transaction that requires first transaction to be completed */)

// Observe signature status with `observeSignatureStatus` method
var statuses = [TransactionStatus]()
for try await status in apiClient.observeSignatureStatus(signature: "jaiojsdfoijvaij", timeout: 60, delay: 3) {
    print(status)
    statuses.append(status)
}
// statuses.last == .sending // the signature is not confirmed
// statuses.last?.numberOfConfirmations == x // the signature is confirmed by x nodes (partially confirmed)
// statuses.last == .finalized // the signature is confirmed by all nodes

// Batch request with different types
let req1: JSONRPCAPIClientRequest<AnyDecodable> = JSONRPCAPIClientRequest(method: "getAccountInfo", params: ["63ionHTAM94KaSujUCg23hfg7TLharchq5BYXdLGqia1"])
let req2: JSONRPCAPIClientRequest<AnyDecodable> = JSONRPCAPIClientRequest(method: "getBalance", params: ["63ionHTAM94KaSujUCg23hfg7TLharchq5BYXdLGqia1"])
let response = try await apiClient.batchRequest(with: [req1, req2])

// Batch request with same type
let balances: [Rpc<UInt64>?] = try await apiClient.batchRequest(method: "getBalance", params: [["63ionHTAM94KaSujUCg23hfg7TLharchq5BYXdLGqia1"], ["63ionHTAM94KaSujUCg23hfg7TLharchq5BYXdLGqia1"], ["63ionHTAM94KaSujUCg23hfg7TLharchq5BYXdLGqia1"]])

let result: String = try await apiClient.request(method: "getHealth")
XCTAssertEqual(result, "ok")

import SolanaSwift

let blockchainClient = BlockchainClient(apiClient: JSONRPCAPIClient(endpoint: endpoint))

/// Prepare any transaction, use any Solana program to create instructions, see section Solana program. 
let preparedTransaction = try await blockchainClient.prepareTransaction(
    instructions: [...],
    signers: [...],
    feePayer: ...
)

/// SPECIAL CASE: Prepare Sending Native SOL
let preparedTransaction = try await blockchainClient.prepareSendingNativeSOL(
    account: account,
    to: toPublicKey,
    amount: 0
)

/// SPECIAL CASE: Sending SPL Tokens
let preparedTransactions = try await blockchainClient.prepareSendingSPLTokens(
    account: account,
    mintAddress: <SPL TOKEN MINT ADDRESS>,  // USDC mint
    decimals: 6,
    from: <YOUR SPL TOKEN ADDRESS>, // Your usdc address
    to: destination,
    amount: <AMOUNT IN LAMPORTS>
)

/// Simulate or send

blockchainClient.simulateTransaction(
    preparedTransaction: preparedTransaction
)

blockchainClient.sendTransaction(
    preparedTransaction: preparedTransaction
)

let tokenRepository = TokensRepository(endpoint: endpoint)
let list = try await tokenRepository.getTokensList()