convex-wallet-0.2.0.0: Simple wallet

Safe Haskell	Safe-Inferred
Language	Haskell2010

Convex.Wallet

Contents

UTxOs and coin selection

Description

Primitive wallet

Synopsis

newtype Wallet = Wallet {
- getWallet ∷ SigningKey PaymentKey
}
paymentCredential ∷ Wallet → PaymentCredential
verificationKeyHash ∷ Wallet → Hash PaymentKey
shelleyPaymentCredential ∷ Wallet → PaymentCredential StandardCrypto
address ∷ NetworkId → Wallet → Address ShelleyAddr
addressInEra ∷ IsShelleyBasedEra era ⇒ NetworkId → Wallet → AddressInEra era
privateKey ∷ Wallet → Text
generateWallet ∷ IO Wallet
parse ∷ Text → Either Bech32DecodeError Wallet
signTx ∷ IsShelleyBasedEra era ⇒ Wallet → Tx era → Tx era
addSignature ∷ IsShelleyBasedEra era ⇒ SigningKey PaymentKey → Tx era → Tx era
addSignatureExtended ∷ IsShelleyBasedEra era ⇒ SigningKey PaymentExtendedKey → Tx era → Tx era
selectAdaInputsCovering ∷ UtxoSet ctx a → Lovelace → Maybe (Lovelace, [TxIn])
selectAnyInputsCovering ∷ UtxoSet ctx a → Lovelace → Maybe (Lovelace, [TxIn])
selectMixedInputsCovering ∷ UtxoSet ctx a → [(PolicyId, AssetName, Quantity)] → Maybe (Value, [TxIn])

Documentation

newtype Wallet Source #

Constructors

Wallet
Fields getWallet ∷ SigningKey PaymentKey

Instances

Instances details

FromJSON Wallet Source #
Instance details Defined in Convex.Wallet Methods parseJSON ∷ Value → Parser Wallet Source # parseJSONList ∷ Value → Parser [Wallet] Source #
ToJSON Wallet Source #
Instance details Defined in Convex.Wallet Methods toJSON ∷ Wallet → Value Source # toEncoding ∷ Wallet → Encoding Source # toJSONList ∷ [Wallet] → Value Source # toEncodingList ∷ [Wallet] → Encoding Source #
Show Wallet Source #
Instance details Defined in Convex.Wallet Methods showsPrec ∷ Int → Wallet → ShowS Source # show ∷ Wallet → String Source # showList ∷ [Wallet] → ShowS Source #

paymentCredential ∷ Wallet → PaymentCredential Source #

The wallet's payment credential (public key)

verificationKeyHash ∷ Wallet → Hash PaymentKey Source #

Verification key hash of the wallet

shelleyPaymentCredential ∷ Wallet → PaymentCredential StandardCrypto Source #

address ∷ NetworkId → Wallet → Address ShelleyAddr Source #

The address of the wallet

addressInEra ∷ IsShelleyBasedEra era ⇒ NetworkId → Wallet → AddressInEra era Source #

privateKey ∷ Wallet → Text Source #

The wallet's private key (serialised)

generateWallet ∷ IO Wallet Source #

parse ∷ Text → Either Bech32DecodeError Wallet Source #

signTx ∷ IsShelleyBasedEra era ⇒ Wallet → Tx era → Tx era Source #

Add the wallet's signature to the signatures of the transaction

addSignature ∷ IsShelleyBasedEra era ⇒ SigningKey PaymentKey → Tx era → Tx era Source #

Sign the transaction body with the signing key and attach the signature to the transaction

addSignatureExtended ∷ IsShelleyBasedEra era ⇒ SigningKey PaymentExtendedKey → Tx era → Tx era Source #

Sign the transaction body with the extended signing key and attach the signature to the transaction

UTxOs and coin selection

selectAdaInputsCovering ∷ UtxoSet ctx a → Lovelace → Maybe (Lovelace, [TxIn]) Source #

Select Ada-only inputs that cover the given amount of lovelace

selectAnyInputsCovering ∷ UtxoSet ctx a → Lovelace → Maybe (Lovelace, [TxIn]) Source #

Select Ada-only inputs that cover the given amount of lovelace

selectMixedInputsCovering ∷ UtxoSet ctx a → [(PolicyId, AssetName, Quantity)] → Maybe (Value, [TxIn]) Source #

Select inputs that cover the given amount of non-Ada assets.