RegularWallet
public class RegularWallet : Wallet
extension RegularWallet: Equatable
extension RegularWallet: Hashable
A Tezos Wallet used for signing transactions before sending to the Tezos network. This object holds the public and private key used to create the contained Tezos address.
You should NOT store a copy of this class in a singleton or gloabl variable of any kind. it should be created as needed and nil’d when not.
In order to help developers achieve this, use the WalletCacheService
to store/retreive an encrypted copy of the wallet on disk, and recreate the Wallet
.
This wallet is a non-HD wallet, sometimes referred to as a “legacy” wallet. It follows the Bip39 standard for generation via menmonic.
-
enum used to differientate wallet class types. Needed for applications that allow users to create many different types of wallets
Declaration
Swift
public let type: WalletType
-
The TZ1 or TZ2 address of the wallet
Declaration
Swift
public let address: String
-
An object representing the PrivateKey used to generate the wallet
Declaration
Swift
public var privateKey: PrivateKey
-
An object representing the PublicKey used to generate the wallet address
Declaration
Swift
public var publicKey: PublicKey
-
Optional Bip39 mnemonic used to generate the wallet
Declaration
Swift
public var mnemonic: Mnemonic?
-
Attempt to create an instance of a
RegularWallet
from an encoded string containing a private keyDeclaration
Swift
public init?(secp256k1WithBase58String base58String: String, type: WalletType)
Parameters
secp256k1WithBase58String
String containing the Base58 encoded private key, prefixed with the curve’s secret
type
WalletType indicating the top most type of wallet
-
Create a
RegularWallet
by supplying aMnemonic
and a passphrase (or “” if none).Declaration
Swift
public init?(withMnemonic mnemonic: Mnemonic, passphrase: String)
Parameters
withMnemonic
A
Mnemonic
representing a BIP39 mnemonicpassphrase
String contianing a passphrase, or empty string if none
-
Create a
RegularWallet
by supplying aMnemonic
that has been shifted and a passphrase (or “” if none).Declaration
Swift
public init?(withShiftedMnemonic shiftedMnemonic: Mnemonic, passphrase: String)
Parameters
withShiftedMnemonic
A
Mnemonic
representing a BIP39 mnemonic that has been shifted to support social recoverypassphrase
String contianing a passphrase, or empty string if none
-
Create a
RegularWallet
by supplying a a Base58 encoded string containing a secret key. Both encrypted and unencrypted are supported. Supports Tz1 and Tz2Declaration
Swift
public init?(fromSecretKey secretKey: String, passphrase: String?)
Parameters
fromSecretKey
A String containing a Base58Check encoded secret key
passphrase
An optional string containing the passphrase used to encrypt the secret key
-
Create a
RegularWallet
by asking for a mnemonic of a given number of words and a passphrase (or “” if none).Declaration
Swift
public convenience init?(withMnemonicLength length: Mnemonic.NumberOfWords, passphrase: String)
Parameters
withMnemonicLength
Mnemonic.NumberOfWords
the number of words to use when creating a mnemonicpassphrase
String contianing a passphrase, or empty string if none
-
Sign a hex payload with the private key
Declaration
Swift
public func sign(_ hex: String, isOperation: Bool, completion: @escaping ((Result<[UInt8], KukaiError>) -> Void))
-
Return the curve used to create the key
Declaration
Swift
public func privateKeyCurve() -> EllipticalCurve
-
Get a Base58 encoded version of the public key, in order to reveal the address on the network
Declaration
Swift
public func publicKeyBase58encoded() -> String
-
Declaration
Swift
public static func == (lhs: RegularWallet, rhs: RegularWallet) -> Bool
-
Declaration
Swift
public func hash(into hasher: inout Hasher)